DM9162/DM9162I - Davicom Semiconductor Inc.

DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
DAVICOM Semiconductor, Inc.
DM9162/DM9162I
Industrial Temperature 10/100 Mbps Fast
Ethernet Physical Layer Single Chip Transceiver
DATA SHEET
Final
Version: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
1
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
Content
1
2
3
4
General Description ................................................................................................................................ 4
Features ................................................................................................................................................... 5
Block Diagram ......................................................................................................................................... 6
Pin Configuration .................................................................................................................................... 7
4.1
48-Pin LQFP ............................................................................................................................ 7
4.2
32-Pin QFN .............................................................................................................................. 8
5
Pin Description ........................................................................................................................................ 9
5.1
Normal MII Interface ................................................................................................................ 9
5.2
Media Interface....................................................................................................................... 11
5.3
LED Interface ........................................................................................................................ 12
5.4
Mode...................................................................................................................................... 12
5.5
Bias and Clock ...................................................................................................................... 13
5.6
Power .................................................................................................................................... 13
5.7
Table (Media Type Selection) ................................................................................................ 14
5.8
Pin Maps of Normal MII, Reduced MII, and 10Base-T GPSI (7-Wired) Mode ...................... 14
6
LED Configuration ................................................................................................................................ 15
6.1
LED Function Description ..................................................................................................... 16
6.1.1 Dual-LED Application Circuit ................................................................................................. 16
7
Function Description ............................................................................................................................ 17
7.1
MII Interface .......................................................................................................................... 18
7.2
100Base –TX Operation ........................................................................................................ 19
7.2.1 100Base-TX Transmit............................................................................................................ 19
7.2.2 100Base-TX Receiver ........................................................................................................... 23
7.2.2.5 NRZI to NRZ ........................................................................................................................................ 23
7.2.2.6 Serial to Parallel................................................................................................................................... 24
7.2.2.7 Descrambler ........................................................................................................................................ 24
7.2.2.8 Code Group Alignment ........................................................................................................................ 24
7.2.2.9 4B5B Decoder ..................................................................................................................................... 24
7.2.3 10Base-T Operation .............................................................................................................. 24
7.2.4 Collision Detection................................................................................................................. 24
7.2.5 Carrier Sense ........................................................................................................................ 24
7.2.6 Auto-Negotiation .................................................................................................................... 25
7.2.7 MII Serial Management ......................................................................................................... 25
7.2.8 Serial Management Interface ................................................................................................ 25
7.2.9 Management Interface - Read Frame Structure ................................................................... 25
7.2.10 Management Interface - Write Frame Structure ................................................................. 25
7.2.11 Power Reduced Mode ......................................................................................................... 26
7.2.12 Power Down Mode .............................................................................................................. 26
7.2.13 Reduced Transmit Power Mode .......................................................................................... 26
7.3
HP Auto-MDIX Functional Descriptions ................................................................................ 27
8
MII Register Description ....................................................................................................................... 28
8.1
Basic Mode Control Register (BMCR) - 00 ........................................................................... 29
8.2
Basic Mode Status Register (BMSR) – 01 ............................................................................ 30
8.3
PHY ID Identifier Register #1 (PHYID1) - 02 ........................................................................ 31
8.4
PHY ID Identifier Register #2 (PHYID2) - 03 ........................................................................ 31
8.5
Auto-negotiation Advertisement Register (ANAR) – 04 ........................................................ 32
8.6
Auto-negotiation Link Partner Ability Register (ANLPAR) – 05 ............................................. 33
8.7
Auto-negotiation Expansion Register (ANER) – 06 .............................................................. 34
8.8
DAVICOM Specified Configuration Register (DSCR) - 16 .................................................... 34
8.9
DAVICOM Specified Configuration and Status Register (DSCSR) – 17 .............................. 36
8.10
10BASE-T Configuration/Status (10BTCSR) – 18 ................................................................ 37
8.11
Power down Control Register (PWDOR) – 19............................................................................ 37
8.12
(Specified Config) Register – 20 ........................................................................................... 38
8.13
DAVICOM Specified Interrupt Register – 21 ......................................................................... 39
8.14
DAVICOM Specified Receive Error Counter Register (RECR) – 22..................................... 40
Final
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January 6, 2014
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9
10
11
12
8.15
DAVICOM Specified Disconnect Counter Register (DISCR) – 23 ........................................ 40
8.16
DAVICOM Hardware Reset Latch State Register (RLSR) – 24............................................ 40
8.17
Power Saving Control Register (PSCR) – 29............................................................................... 40
DC and AC Electrical Characteristics ................................................................................................. 41
9.1
Absolute Maximum Ratings (25C) (-40C~+85C for DM9162I) ......................................... 41
9.2
Operating Conditions ............................................................................................................. 41
9.3
DC Electrical Characteristics (DVDD = 3.3V) ....................................................................... 42
9.4
AC Electrical Characteristics & Timing Waveforms............................................................... 42
9.4.1 TP Interface ........................................................................................................................... 42
9.4.2 Oscillator/Crystal Timing ....................................................................................................... 42
9.4.3 Power On Reset Timing ........................................................................................................ 43
9.4.4 MDC/MDIO Timing ................................................................................................................ 43
9.4.5 MDIO Timing When OUTPUT by STA .................................................................................. 43
9.4.6 MDIO Timing When OUTPUT by DM9162 ............................................................................ 43
9.4.7 MII 100BASE-TX Transmit Timing Parameters ..................................................................... 44
9.4.8 MII 100BASE-TX Transmit Timing Diagram .......................................................................... 44
9.4.9 MII 100BASE-TX Receive Timing Parameters ..................................................................... 44
9.4.10 MII 100BASE-TX Receive Timing Diagram ........................................................................ 45
9.4.11 MII 10BASE-T Nibble Transmit Timing Parameters ............................................................ 45
9.4.12 MII 10BASE-T Nibble Transmit Timing Diagram ........................................................................ 45
9.4.13 MII 10BASE-T Receive Nibble Timing Parameters ............................................................. 45
9.4.14 MII 10BASE-T Receive Nibble Timing Diagram .................................................................. 46
9.4.15 Auto-negotiation and Fast Link Pulse Timing Parameters .................................................. 46
9.4.16 Auto-negotiation and Fast Link Pulse Timing Diagram ....................................................... 46
9.4.17 RMII Receive Timing Diagram ............................................................................................ 47
9.4.18 RMII Transmit Timing Diagram ............................................................................................ 47
9.4.19 RMII Timing Diagram........................................................................................................... 47
9.4.20 RMII Timing Parameter ....................................................................................................... 48
9.4.21 Magnetic Selection Guide ................................................................................................... 48
RMII Application .................................................................................................................................... 49
10.1
DM9162 RMII Mode Connection (25MHz Crystal or 25MHz Clock in) ................................. 49
10.2
DM9162 RMII Mode Connection (50MHz OSC) ................................................................... 49
10.3
DM9162 RMII Mode Connection (50MHz by MAC) .............................................................. 49
Package Information ............................................................................................................................. 50
Ordering Information ............................................................................................................................ 52
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
1
General Description
DAVICOM’s DM9162/DM9162I is a industrial-temperature physical layer, low power, and single-chip
10BASE-T/100BASE-TX transceiver specifically designed for consumer electronics, industrial, and enterprise
applications. Through using a CMOS process, the DM9162 has the advantage of ensuring both high
performance and savings in power consumption.
Through utilization of automatic media speed and protocol selection, the auto-negotiation function is strongly
supported in the DM9162. Then due to the built-in wave shaping filter, the DM9162 has a significant
convenience of not requiring an external filter to transport signals to the media in 10BASE-T or 100BASE-TX
during Ethernet operation.
Through its Media Independent Interface (MII), the DM9162 not only connects the Medium Access
Control (MAC) layer but also ensure a high inter-operability and flexibility for our different vendors.
In media usage applications, the DM9162 provides a direct interface either to an Unshielded
Twisted Pair Category 5 Cable (UTP5) for 100BASE-TX Fast Ethernet, or an UTP5/UTP3 Cable for
10BASE-T Ethernet. The DM9162 contains the entire physical layer functions of 100BASE-TX. Those
physical layer functions are defined by IEEE802.3u include the Physical Coding Sub layer (PCS), Physical
Medium Attachment (PMA), Twisted Pair Physical Medium Dependent Sub layer (TP-PMD), 10BASE-TX
Encoder/Decoder (ENC/DEC), and Twisted Pair Media Access Unit (TPMAU).
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
2
Features

Fully complies with IEEE 802.3 / IEEE 802.3u 10Base-TX/ 100Base-TX, ANSI X3T12
TP-PMD1995 standards


Support HP MDI/MDI-X auto crossover function (HP Auto-MDIX)
Support Auto-Negotiation function, compliant with IEEE 802.3u

Fully integrated Physical layer transceiver On-chip filtering with direct interface to
magnetic transformer

Selectable repeater or node mode Selectable MII or RMII (Reduced MII) mode for
100Base-TX and 10Base-TX

Selectable MII or GPSI (7-Wired) mode for 10Base-TX

Selectable full-duplex or half-duplex operation

MII management interface with mask-able interrupt output capability

Provide Loopback mode for easy system diagnostics

Supports industrial-temperature (-40℃ ~ +85℃)

LED status outputs indicate Link/ Activity, Speed10/100 and Full-duplex/Collision

Support Dual-LED optional control Single low power Supply of 3.3V with an
advanced CMOS technology, Built in 3.3V to 1.8V regulator

Lower Power consumption modes

Power Reduced mode (cable detection)

Power Down mode

Support 50MHz clock output in RMII mode

Compatible with 3.3V and 5.0V tolerant I/Os

DSP architecture PHY Transceiver

48-pin LQFP/32-pin QFN 0.162um process
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
3
Block Diagram
25M OSCI
LED1-4#
LED
Driver
TX CGM
4B/5B
Encoder
Scrambler
Parallel
to Serial
NRZ
to
NRZI
NRZI to
MLT-3
MLT-3
Driver
100TXD+/-
Rise/Fall
Time
CTL
AutoMDIX
25M CLK
125M CLK
MII
Signals
MII
Interface/Co
ntrol
4B/5B
Decoder
Codegroup
Alignment
Descrambler
Serial to
Parallel
NRZI
to
NRZ
MLT-3 to
NRZI
Adaptive
EQ
RXI+/-
RX
RXI+/-
TX
10TXD+/-
RX
CRM
Digital
Logic
10BASE-T
Module
Register
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Collision
Detection
Carrier
Sense
AutoNegotiation
6
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
4
Pin Configuration
RXCLK/10BTSER
DGND
MDINTR#
LEDMODE
DVDD33
RXD[0]/PHYAD[0]
RXD[1]/PHYAD[1]
RXD[2]/PHYAD[2]
RXD[3]/PHYAD[3]
MDIO
34
33
32
30
29
28
26
25
27
CRS/PHYAD[4]
35
31
COL/RMII
36
4.1 48-Pin LQFP
RXDV/TESTMODE
37
24
MDC
RXER/RXD[4]/RPTR
38
23
DVDD33
DISMDIX
39
22
TXCLK/50MCLK
RESET#
40
21
TXEN
VDD33
XT2
41
XT1
43
DGND
44
SD
45
AGND
46
BGRESG
BGRES
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20
TXD[0]
19
18
TXD[1]
TXD[2]
17
TXD[3]
16
TXER/TXD[4]
15
DGND
47
14
CABLESTS/LINKSTS
48
13
LED2/OP2
9
10
11
12
AVDD18
PWRDWN
LED0/OP0
LED1/OP1
5
8
4
RX-
AGND
TX-
3
RX+
7
2
AVDD18
6
1
AVDD18
AGND
TX+
DM9162EP
DM9162IEP
42
7
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
CRS/PHYAD[4]
25
COL/RMII
26
RXDV/TESTMODE
27
RXER/RXD[4]
28
RESET#
29
VDD33
RXCLK/10BTSER
DVDD33
RXD[0]/PHYAD[0]
RXD[1]/PHYAD[1]
RXD[2]/PHYAD[2]
RXD[3]/PHYAD[3]
MDIO
MDC
24
23
22
21
20
19
18
17
4.2 32-Pin QFN
16
50MCLK_OUT
15
TXEN
14
TXD[0]
13
TXD[1]
12
TXD[2]
30
11
TXD[3]
XT2
31
10
TXER/TXD[4]
XT1
32
9
LNKLED/OP2
VSS
1
2
3
4
5
6
7
8
BGRES
RX+
RX-
TX+
TX-
AVDD18
FDXLED/OP0
SPDLED/OP1
DM9162NP
DM9162INP
Note: The DM9162 IC employs a QFN package, which means the absence of a pin dedicated to ground
(GND). In the QFN package, the GND is located at the bottom of the IC directly in the middle. Exposed pad
(VSS) on bottom of package must be connected to ground.
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
5
Pin Description
Buffer Type
I = Input
U = Pulled high
O = Output
D= Pulled low
LI = Latch input when power-up/reset
Z= Tri-State output
5.1 Normal MII Interface
Pin No.
48-pin
16
Pin No.
32-pin
10
20,19,18,17 14,13,12,11
Pin Name
I/O
Description
TXER/TXD [4]
I
TXD [0:3]
I
Transmit Error/The Fifth TXD Data Bit
In 100Mbps mode, when the signal indicates active
high and TXEN is active, the HALT symbol
substitutes the actual data nibble.
In 10Mbps, the input is ignored
In bypass mode (bypass BP4B5B), TXER becomes
the TXD [4] pin, the fifth TXD data bit of the 5B
symbol
Transmit Data
4-bit nibble data inputs (synchronous to the TXCLK)
when in 10/100Mbps nibble mode.
In 10Mbps GPSI (7-Wired) mode, the TXD [0] pin is
used as the serial data input pin, and TXD [1:3] are
ignored.
Transmit Enable
Active high indicates the presence of valid nibble data
on the TXD [0:3] for both 100Mbps and 10Mbps
nibble modes.
In 10Mbps GPSI (7-Wired) mode, active high
indicates the presence of valid 10Mbps data on TXD
[0].
Transmit Clock
The transmitting clock provides the timing reference
for the transfer of the TXEN, TXD, and TXER. TXCLK
is provided by the PHY
When in Normal MII mode:
25MHz in 100Mbps nibble mode, 2.5MHz in 10Mbps
nibble mode, 10MHz in 10Mbps GPSI (7-Wired)
mode
21
15
TXEN
I
22
16
TXCLK/
50MCLK
O,Z,LI,(D)
When in Reduced MII mode and this pin is latched
high at the end of reset:
This pin is the 50MHz clock output after the end of
reset.
*Note: Please see 10. RMII application for detail
connection.
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
24
17
MDC
I
25
18
MDIO
I/O
RXD[0:3]
/PHYAD[0:3]
O,Z,LI,(D)
29,28,27,26 22,21,20,19
32
-
MDINTR
IO, LI,(D)
34
24
RXCLK
/10BTSER
O,Z,LI,(U)
35
25
CRS
/PHYAD[4]
O,Z,LI,(D)
36
26
COL
/RMII
O,Z,LI,(D)
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Doc No: DM9162/DM9162I-12-MCO-DS-F01
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Management Data Clock
Synchronous clock for the MDIO management data.
This clock is provided by management entity, and it
is up to 12.5MHz
Management Data I/O
Bi-directional management data which may be
provided by the station management entity or the
PHY
Receive Data Output
4-bit nibble data outputs (synchronous to RXCLK)
when in 10/100Mbps MII mode
In 10Mbps GPSI (7-Wired) mode, the RXD [0] pin is
used as the serial data output pin, and the RXD
[1:3] are ignored
PHY address [0:3] (power up reset latch input)
PHY address sensing input pins
Status Interrupt Output:
Whenever there is a status change (link, speed,
duplex depend on interrupt register [21] )
The interrupt output assert low when pull up.
Asserted high when pull down. (QFN-32 is Pull-up)
Receive Clock
The received clock provides the timing reference for
the transfer of the RXDV, RXD, and RXER. RXCLK
is provided by PHY. The PHY may recover the
RXCLK reference from the received data or it may
derive the RXCLK reference from a nominal clock
25MHz in 100Mbps MII mode, 2.5MHz in 10Mbps
MII mode, 10MHz in 10Mbps GPSI (7-Wired) mode
10BTSER only support for 10M mode; (power up
reset latch input)
1 = MII mode in 100M mode
0 = GPSI (7-Wired) mode in 10M mode
Carrier Sense Detect/ PHYAD[4]
Asserted high to indicate the presence of carrier due
to receive or transmit activities in half-duplex mode
of 10BASE-T or 100BASE-TX. In repeater mode or
full-duplex mode, this signal is asserted high to
indicate the presence of carrier due to receive
activity only
This pin is also used as PHYAD [4] (power up reset
latch input)
PHY address sensing input pin
Collision Detection
Asserted high to indicate the detection of the
collision conditions in half-duplex mode of 10Mbps
and 100Mbps. In full-duplex mode, this signal is
always logical 0
Reduced MII enable:
This pin is also used to select Normal MII or
Reduced MII. (power up reset latch input)
1= Reduced MII
0= Normal MII (default)
This pin is always pulled low except used as
reduced MII
10
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
37
27
RXDV
/TESTMODE
38
28
RXER/RXD[4]
/RPTR
31
-
LEDMODE
40
29
RESET#
O,Z,LI,(D) Receive Data Valid
Asserted high to indicate that the valid data is
presented on the RXD [0:3] Test mode control pin
(power up reset latch input)
1 = enable test mode
0 = normal operation (default)
O,Z,LI,(D) Receive Data Error/The Fifth RXD Data Bit of the 5B
Symbol
Asserted high to indicate that an invalid symbol has
been detected
In decoder bypass mode (bypass BP4B5B), RXER
becomes RXD [4], the fifth RXD data bit of the 5B
symbol
This pin is also used to select Repeater or Node
mode. (power up reset latch input)
1 = Repeater Mode
0 = Node Mode (default)
I
LED MODE Select
Reference LED function description
1 = Normal LED (QFN-32 is Pull-up)
0 = support Dual-LED
I
Reset
Active low input that initializes the DM9162.
5.2 Media Interface
Pin No.
48-pin
3,4
Pin No.
32-pin
2,3
7,8
4,5
Pin Name
I/O
RX+
RX-
I/O
TX+
TX-
I/O
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
Differential Receive Pair/PECL Receive Pair
Differential data is received from the media in TP
mode
PECL data is received to the media in Fiber mode
Differential Transmit Pair/PECL Transmit Pair
Differential data is transmitted to the media in TP
mode
PECL data is transmitted to the media in Fiber
mode
11
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
5.3 LED Interface
Pin No.
48-pin
11
Pin No.
32-pin
7
12
13
Pin Name
I/O
LED0
/OP0
O, LI,(U)
8
LED1
/OP1
O, LI,(U)
9
LED2
/OP2
O, LI,(U)
Description
LED Driver output 0
OP0: (power up reset latch input)
This pin is used to control the forced or advertised
operating mode of the DM9162 according to the
Table A. The value is latched into the DM9162
registers at power-up/reset
LED Driver output 1
OP1: (power up reset latch input)
This pin is used to control the forced or advertised
operating mode of the DM9162 according to the
Table A. The value is latched into the DM9162
registers at power-up/reset
LED Driver output 2
OP2: (power up reset latch input)
This pin is used to control the forced or advertised
operating mode of the DM9162 according to the
Table A. The value is latched into the DM9162
registers at power-up/reset
5.4 Mode
Pin No.
48-pin
10
Pin No.
32-pin
-
14
Pin Name
I/O
Description
PWRDWN
I
-
CABLESTS
/LINKSTS
O,LI,(D)
39
-
DISMDIX
I,(D)
45
-
SD
I
Power Down Control
Asserted high to force the DM9162 into power down
mode. When in power down mode, most of the
DM9162 circuit blockwn mode. When in power
down mode, most of the ng mode of the
input)t of
the 5B symbolwer up reset latch input)mode, this
signal is always logical 0 ex mode, this signal is
asserted high to indicate the presence of carriehe
DM9162 needs the hardware or software reset with
the PWRDWN pin low (QFN-32 is Pull-down)
Cable Status or Link Status
This pin is used to indicate the status of the cable
connection when power up reset latch low (Default),
(QFN-32 is Pull-down)
1 = With cable connection
0 = Without cable connection
This pin is used to indicate the status of the Link
connection when power up reset latch high,
1 = Without link
0 = With link
HP Auto-MDIX Control (QFN-32 is Pull-down)
1 = Disable auto mode
0 = Enable HP Auto-MDIX mode
Signal detect for fiber (QFN-32: Auto detect)
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
5.5 Bias and Clock
Pin No.
48-pin
47
48
Pin No.
32-pin
1
43,42
32,31
Pin Name
I/O
Description
BGRESG
BGRES
P
O
XT1,XT2
I
Band gap Ground
Band gap Voltage Reference Resistor 6.8K ohm +/1%
Reference Clock Input
When in Normal MII mode or
when in Reduced MII mode and pin TXCLK is
latched high at the end of reset:
A 25MHz crystal or oscillator as DM9162 reference
clock is used. If the crystal is used, it is connected
across pins XT1 and XT2. If the oscillator is used,
it can either connect to pin XT1 (left pin XT2
unconnected) or to pin XT2 (left pin XT1
unconnected).
When in Reduced MII mode and pin TXCLK is
latched low at the end of reset:
A 50MHz oscillator is used, and it can either
connect to pin XT1 (left pin XT2 unconnected) or to
pin XT2 (left pin XT1 unconnected).
*Note: Please see 10. RMII application for detail
connection.
5.6 Power
Pin No.
Pin No.
Pin Name
I/O
Description
48-pin
32-pin
1,2,9
6
AVDD18
P
Analog 1.8V Regulator Power output
*1
5
AGND
P
Analog Receive Ground
*1
6
AGND
P
Analog Transmit Ground
*1
46
AGND
P
Analog Substrate Ground
23,30
23
DVDD33
P
Digital Power
41
30
VDD33
P
Digital Power for Crystal
*1
15,33,44
DGND
P
Digital Ground or QFN package Ground
*1: The DM9162 IC employs a QFN package, which means the absence of a pin dedicated to ground (GND).
In the QFN package, the GND is located at the bottom of the IC directly in the middle. The large light-colored
square is where the GND is connected.
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
5.7 Table (Media Type Selection)
OP2
OP1
0
0
0
0
1
1
1
1
0
0
1
1
0
0
1
1
OP0
0
1
0
1
0
1
0
1
Function
Dual Speed 100/10 HDX
Manually Select 100FX HDX
Manually Select 100FX FDX
Manually Select 10TX HDX
Manually Select 10TX FDX
Manually Select 100TX HDX
Manually Select 100TX FDX
Auto-negotiation Enables All Capabilities
5.8 Pin Maps of Normal MII, Reduced MII, and 10Base-T GPSI (7-Wired) Mode
Pin No.
48-pin
20,19
18,17
21
16
22
29,28
27,26
38
Pin No.
32-pin
14,13
12,11
15
10
16
22,21
20,19
28
37
34
36
35
27
24
26
25
24
25
40
43
17
18
29
32
Normal MII Mode
TXD [0:1]
TXD [2:3]
TXEN
TXER/TXD [4]
TXCLK
RXD [0:1]
RXD[2:3]
RXER/RXD[4]/RPTR/
NODE
RXDV
RXCLK
COL/RMII
CRS
(PHYADR [4])
(BP4B5B)
MDC
MDIO
RESET#
XT1 (25 MHz)
TXD [0:1]
NC
TXEN
NC
50Mhz clock
RXD [0:1]
NC
RPTR/NODE
10Base-T GPSI (7-Wired)
Mode
TXD [0] ; TXD [1] = NC
NC
TXEN
NC
TXCLK
RXD [0] ; RXD [1] = NC
NC
RPTR/NODE
CRS DV
NC
NC
NC
NC
RXCLK
COL/RMII
CRS
Reduced MII Mode *
MDC
MDIO
RESET#
XT1 or XT2 (REF_CLK
50MHz) *
*Note: Please see 10. RMII application for detail connection.
Final
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MDC
MDIO
RESET#
XT1 (25 MHz)
14
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
6
LED Configuration
LEDs flash once per 500ms after power-on reset or software reset by writing PHY register. All LED pins are
dual function pins, which can be configured as either active high or low by pulling them low or high accordingly.
If the pin is pulled high, the LED is active low after reset. Likewise, if the pin is pulled low, the LED is active
high. LEDs flash once per 500ms after power-on reset or software reset by writing PHY register. All LED pins
are dual function pins, which can be configured as either active high or low by pulling them low or high
accordingly. If the pin is pulled high, the LED is active low after reset. Likewise, if the pin is pulled low, the
LED is active high.
DM9162
510 Ohm
DVDD
10K Ohm
Pull High for
Reset
510 Ohm
10K Ohm
Pull Low for
Reset
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
6.1 LED Function Description
Normal LED mode
LED_MODE = 1
Name
Pin
LED0
11
LED1
12
CABLESTS /
LINKSTS
Name
Pin
Lo
FDX
SPEED: 100M
Hi
HDX
SPEED: 10M
Lo
FDX
SPEED: 100M
Pull Down
Hi
HDX
SPEED: 10M
Pull Up
Lo
Hi
Link
Link Fail
LED2
13
Flashing (HiLo) Active
CABLESTS
Without Cable
14
With Cable connection
/ LINKSTS
connection
*48pin-LQFP: Pin 31 = LEDMODE
*32pin-QFN only support Normal LED mode
Lo
Hi
N/A
Flashing (HiLo) Active
With Link
Without Link
For Dual-LED
LED_MODE = 0
LINK Mode
Name
Pin
Link Fail
SPEED: 100M
Link OK
Lo
Hi
Active
Flashing (LoHi)
LED0
11
LED1
12
CABLESTS /
LINKSTS
Name
Pin
Lo
Lo
Lo
Hi
Lo
LED2
FDX
HDX
FDX
13
Pull Down
CABLESTS
Without Cable
14
/ LINKSTS
connection
* Pin 31 = LEDMODE
SPEED: 10M
Link OK
HI
Lo
Active
Flashing (HiLo)
Pull Up
With Cable connection With Link
Hi
HDX
Flashing (LoHi)
Collision
Without Link
6.1.1 Dual-LED Application Circuit
PAD
PAD
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7
Function Description
The DM9162 Fast Ethernet single chip transceiver, providing the functionality as specified in IEEE 802.3u,
integrates a complete 100Base-TX module and a complete 10Base-T module. The DM9162 provides a Media
Independent Interface (MII) as defined in the IEEE 802.3u standard (Clause 22).
The DM9162 performs all PCS (Physical Coding Sub layer), PMA (Physical Media Access), TP-PMD (Twisted
Pair Physical Medium Dependent) sub layer, 10Base-T Encoder/Decoder, and Twisted Pair Media Access
Unit (TPMAU) functions. Figure 7-1 shows the major functional blocks implemented in the DM9162.
100Base-TX
100Base-TX
Transmitter
Transmitter
100Base-TX
100Base-TX
Receiver
Receiver
10Base-T
10Base-T
Tranceiver
Tranceiver
MII Interface
MII Interface
Carrier
Carrier
Sense
Sense
Collision
Collision
Detection
Detection
MII Serial
MII Serial
Management
Management
Interface
Interface
Auto
Auto
Negotiation
Negotiation
Auto MDIX
Auto MDIX
Figure 7-1
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.1 MII Interface
The DM9162 provides a Media Independent Interface (MII) as defined in the IEEE 802.3u standard (Clause
22).
The purpose of the MII interface is to provide a simple, easy to implement connection between the MAC
Reconciliation layer and the PHY. The MII is designed to make the differences between various media
transparent to the MAC sub layer.
The MII consists of a nibble wide receive data bus, a nibble wide transmit data bus, and control signals to
facilitate data transfers between the PHY and the Reconciliation layer.

TXD (transmit data) is a nibble (4 bits) of data that are driven by the reconciliation sub layer
synchronously with respect to TXCLK. For each TXCLK period, which TXEN is asserted, TXD (3:0) are
accepted for transmission by the PHY.

TXCLK (transmit clock) output to the MAC reconciliation sub layer is a continuous clock that provides
the timing reference for the transfer of the TXEN, TXD, and TXER signals.

TXEN (transmit enable) input from the MAC reconciliation sub layer indicates that nibbles are being
presented on the MII for transmission on the physical medium.

TXER (transmit coding error) transitions are synchronously with respect to TXCLK. If TXER is asserted
for one or more clock periods, and TXEN is asserted, the PHY will emit one or more symbols that are not
part of the valid data delimiter set somewhere in the frame being transmitted.

RXD (receive data) is a nibble (4 bits) of data that are sampled by the reconciliation sub layer
synchronously with respect to RXCLK. For each RXCLK period which RXDV is asserted, RXD (3:0) are
transferred from the PHY to the MAC reconciliation sub layer.
RXCLK (receive clock) output to the MAC reconciliation sub layer is a continuous clock that provides the
timing reference for the transfer of the RXDV, RXD, and
RXER signals.


RXDV (receive data valid) input from the PHY indicates that the PHY is presenting recovered and
decoded nibbles to the MAC reconciliation sub layer. To interpret a receive frame correctly by the
reconciliation sub layer, RXDV must encompass the frame, starting no later than the Start-of-Frame
delimiter and excluding any End-Stream delimiter.

RXER (receive error) transitions are synchronously with respect to RXCLK. RXER will be asserted for 1
or more clock periods to indicate to the reconciliation sub layer that an error was detected somewhere in
the frame being transmitted from the PHY to the reconciliation sub layer.

CRS (carrier sense) is asserted by the PHY when either the transmit or receive medium is non-idle, and
de-asserted by the PHY when the transmit and receive medium are idle. Figure 7-2 depicts the behavior
of CRS during 10Base-T and 100Base-TX transmission.
TXD
IDLE
SSD
J/K
Preamble
ESD
T/R
IDLE
100Base-TX
CRS
TXD
Data
SFD
Preamble
CRS
Data
SFD
EFD
10Base-T
Figure 7-2
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2 100Base –TX Operation
The 100Base-TX transmitter receives 4-bit nibble data clocked in at 25MHz at the MII, and outputs a
scrambled 5-bit encoded MLT-3 signal to the media at 100Mbps. The on-chip clock circuit converts the 25MHz
clock into a 125MHz clock for internal use.
The IEEE 802.3u specification defines the Media Independent Interface. The interface specification defines a
dedicated receive data bus and a dedicated transmit data bus.
These two busses include various controls and signal indications that facilitate data transfers between the
DM9162 and the Reconciliation layer.
7.2.1 100Base-TX Transmit
The 100Base-TX transmitter consists of the functional blocks shown in figure 7-3. The 100Base-TX transmit
section converts 4-bit synchronous data provided by the MII to a scrambled MLT-3 125, a million symbols per
second serial data stream.
The block diagram in figure 7-3 provides an overview of the functional blocks contained in the transmit section.
The transmitter section contains the following functional blocks:
- 4B5B Encoder
- Scrambler
- Parallel to Serial Converter
- NRZ to NRZI Encoder
- NRZI to MLT-3
- MLT-3 Driver
25M OSCI
LED1-4#
LED
Driver
TX CGM
4B/5B
Encoder
Scrambler
Parallel
to Serial
NRZ
to
NRZI
NRZI to
MLT-3
MLT-3
Driver
100TXD+/-
Rise/Fall
Time
CTL
AutoMDIX
25M CLK
125M CLK
MII
Signals
MII
Interface/Co
ntrol
4B/5B
Decoder
Codegroup
Alignment
Descrambler
Serial to
Parallel
NRZI
to
NRZ
MLT-3 to
NRZI
Adaptive
EQ
RXI+/-
RX
RXI+/-
TX
10TXD+/-
RX
CRM
Digital
Logic
10BASE-T
Module
Register
Collision
Detection
Carrier
Sense
AutoNegotiation
Figure 7-3
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2.1.1 4B5B Encoder
The 4B5B encoder converts 4-bit (4B) nibble data generated by the MAC Reconciliation Layer into a 5-bit (5B)
code group for transmission, see reference Table 7-1. This conversion is required for control and packet data
to be combined in code groups. The 4B5B encoder substitutes the first 8 bits of the MAC preamble with a J/K
code group pair (11000 10001) upon transmit. The 4B5B encoder continues to replace subsequent 4B
preamble and data nibbles with corresponding 5B code-groups. At the end of the transmit packet, upon the
deassertion of the Transmit Enable signal from the MAC Reconciliation layer, the 4B5B encoder injects the
T/R code group pair (01101 00111) indicating end of frame. After the T/R code group pair, the 4B5B encoder
continuously injects IDLEs into the transmit data stream until Transmit Enable is asserted and the next
transmit packet is detected.
The DM9162 includes a Bypass 4B5B conversion option within the 100Base-TX Transmitter for support of
applications like 100 Mbps repeaters, which do not require 4B5B conversion.
7.2.1.2 Scrambler
The scrambler is required to control the radiated emissions (EMI) by spreading the transmit energy across the
frequency spectrum at the media connector and on the twisted pair cable in 100Base-TX operation.
By scrambling the data, the total energy presented to the cable is randomly distributed over a wide frequency
range. Without the scrambler, energy levels on the cable could peak beyond FCC limitations at frequencies
related to repeated 5B sequences like continuous transmission of IDLE symbols. The scrambler output is
combined with the NRZ 5B data from the code group encoder via an XOR logic function. The result is a
scrambled data stream with sufficient randomization to decrease radiated emissions at critical frequencies.
7.2.1.3 Parallel to Serial Converter
The Parallel to Serial Converter receives parallel 5B scrambled data from the scrambler and serializes it
(converts it from a parallel to a serial data stream). The serialized data stream is then presented to the NRZ to
NRZI encoder block.
7.2.1.4 NRZ to NRZI Encoder
Since the transmit data stream has been scrambled and serialized, the data must be NRZI encoded for
compatibility with the TP-PMD standard for 100Base-TX transmission over Category-5 unshielded twisted
pair cable.
7.2.1.5 MLT-3 Converter
The MLT-3 conversion is accomplished by converting the data stream output from the NRZI encoder into two
binary data streams with alternately phased logic one events.
7.2.1.6 MLT-3 Driver
The two binary data streams, created at the MLT-3 converter, are fed to the twisted pair output driver, which
converts these streams to current sources and alternately drives either side of the transmit transformerd at the
MLT-3 converter, are fed to the twisted pair output driver, which converts these streams to current sourcMLT-3
converter.
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2.1.7 4B5B Cod3 Group
Data 0
Data 1
Data 2
Data 3
Data 4
Data 5
Data 6
Data 7
Data 8
Data 9
Data A
Data B
Data C
Data D
Data E
Data F
4B code
3210
0000
0001
0010
0011
0100
0101
0110
0111
1000
1001
1010
1011
1100
1101
1110
1111
5B Code
43210
11110
01001
10100
10101
01010
01011
01110
01111
10010
10011
10110
10111
11010
11011
11100
11101
I
J
K
T
R
H
Idle
SFD (1)
SFD (2)
ESD (1)
ESD (2)
Error
undefined
0101
0101
undefined
undefined
undefined
11111
11000
10001
01101
00111
00100
V
V
V
V
V
V
V
V
V
V
Invalid
Invalid
Invalid
Invalid
Invalid
Invalid
Invalid
Invalid
Invalid
Invalid
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
00000
00001
00010
00011
00101
00110
01000
01100
10000
11001
Symbol
Meaning
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
Table 7-1
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
D
Q
CK
Binary
In
Q
.
.
Binary plus
Common
driver
MLT-3
Binary minus
Binary
In
MLT-3
Figure 7-4
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2.2 100Base-TX Receiver
The 100Base-TX receiver contains several function blocks that convert the scrambled 125Mb/s serial data to
synchronous 4-bit nibble data, which is then provided to the MII.
The receive section contains the following functional blocks:
- Signal Detect
- Adaptive Equalizer
- MLT-3 to NRZI Decoder
- Clock Recovery Module
- NRZI to NRZ Decoder
- Serial to Parallel
- Descrambler
- Code Group Alignment
- 4B5B Decoder
7.2.2.1 Signal Detect
The signal detects function meets the specifications mandated by the ANSI XT12 TP-PMD 100Base-TX
Standards for both voltage thresholds and timing parameters.
7.2.2.2 Adaptive Equalizer
When transmitting data at high speeds over copper twisted pair cable, attenuation based on frequency
becomes a concern. In high speed twisted pair signaling, the frequency content of the transmitted signal can
vary greatly during normal operation based on the randomness of the scrambled data stream. This variation
in signal attenuation caused by frequency variations must be compensated for to ensure the integrity of the
received data. In order to ensure quality transmission when employing MLT-3 encoding, the compensation
must be able to adapt to various cable lengths and cable types depending on the installed environment. The
selection of long cable lengths for a given implementation requires significant compensation, which will be
over-kill in a situation that includes shorter, less attenuating cable lengths. Conversely, the selection of short
or intermediate cable lengths requiring less compensation will cause serious under-compensation for longer
length cables. Therefore, the compensation or equalization must be adaptive to ensure proper conditioning of
the received signal independent of the cable length.
7.2.2.3 MLT-3 to NRZI Decoder
The DM9162 decodes the MLT-3 information from the Digital Adaptive Equalizer into NRZI data. The relation
between NRZI and MLT-3 data is shown in figure 7-4.
7.2.2.4 Clock Recovery Module
The Clock Recovery Module accepts NRZI data from the MLT-3 to NRZI decoder. The Clock Recovery
Module locks onto the data stream and extracts the 125MHz reference clock. The extracted and synchronized
clock and data are presented to the NRZI to NRZ Decoder.
7.2.2.5 NRZI to NRZ
The transmit data stream is required to be NRZI encoded in for compatibility with the TP-PMD standard for
100Base-TX transmission over Category-5 unshielded twisted pair cable. This conversion process must be
reversed on the receive end. The NRZI to NRZ decoder receives the NRZI data stream from the Clock
Recovery Module and converts it to a NRZ data stream to be presented to the Serial to Parallel conversion
block.
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2.2.6 Serial to Parallel
The Serial to Parallel Converter receives a serial data stream from the NRZI to NRZ converter, and converts
the data stream to parallel data to be presented to the descrambler.
7.2.2.7 Descrambler
Because the scrambling process requires to control the radiated emissions of transmit data streams, the
receiver must descramble the receive data streams. The descrambler receives scrambled parallel data
streams from the Serial to Parallel converter, descrambles the data streams, and presents the data streams to
the Code Group alignment block.
7.2.2.8 Code Group Alignment
The Code Group Alignment block receives un-aligned 5B data from the descrambler and converts it into 5B
code group data. Code Group Alignment occurs after the J/K is detected and subsequent data is aligned on a
fixed boundary.
7.2.2.9 4B5B Decoder
The 4B5B Decoder functions as a look-up table that translates incoming 5B code groups into 4B (Nibble) data.
When receiving a frame, the first 2 5-bit code groups received are the start-of-frame delimiter (J/K symbols).
The J/K symbol pair is stripped and two nibbles of preamble pattern are substituted. The last two code groups
are the end-of-frame delimiter (T/R symbols). The T/R symbol pair is also stripped from the nibble presented
to the Reconciliation layer.
7.2.3 10Base-T Operation
The 10Base-T transceiver is IEEE 802.3u compliant. When the DM9162 is operating in 10Base-T mode, the
coding scheme is Manchester. Data processed for transmit is presented to the MII interface in nibble format,
converted to a serial bit stream, then Manchester encoded. When receiving, the Manchester encoded bit
stream is decoded and converted into nibble format for presentation to the MII interface.
7.2.4 Collision Detection
For half-duplex operation, a collision is detected when transmit and receive channels are active
simultaneously. When a collision has been detected, it will be reported by the COL signal on the MII interface.
Collision detection is disabled in Full Duplex operation.
7.2.5 Carrier Sense
Carrier Sense (CRS) is asserted in half-duplex operation during transmission or reception of data. During
full-duplex mode, CRS is asserted only during receive operations
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2.6 Auto-Negotiation
The objective of Auto-negotiation is to provide a means to exchange information between segment linked
devices and to automatically configure both devices to take maximum advantage of their abilities. It is
important to note that Auto-negotiation does not test the link segment characteristics. The Auto-Negotiation
function provides a means for a device to advertise supported modes of operation to a remote link partner,
acknowledge the receipt and understanding of common modes of operation, and to reject un-shared modes
of operation. This allows devices on both ends of a segment to establish a link at the best common mode of
operation. If more than one common mode exists between the two devices, a mechanism is provided to allow
the devices to resolve to a single mode of operation using a predetermined priority resolution function.
Auto-negotiation also provides a parallel detection function for devices that do not support the
Auto-negotiation feature. During Parallel detection there is no exchange of configuration information, instead,
the receive signal is examined. If it is discovered that the signal matches a technology, supported by the
receiving device, a connection will be automatically established using that technology. This allows devices,
which do not support Auto-negotiation but support a common mode of operation, to establish a link.
7.2.7 MII Serial Management
The MII serial management interface consists of a data interface, basic register set, and a serial management
interface to the register set. Through this interface it is possible to control and configure multiple PHY devices,
get status and error information, and determine the type and capabilities of the attached PHY device(s).
The DM9162 management functions correspond to MII specification for IEEE 802.3u-1995 (Clause 22) for
registers 0 through 6 with vendor-specific registers 16, 17, 18, 21, 22, 23 and 24.
In read/write operation, the management data frame is 64-bits long and starts with 32 contiguous logic one
bits (preamble) synchronization clock cycles on MDC. The Start of Frame Delimiter (SFD) is indicated by a
<01> pattern followed by the operation code (OP) :< 10> indicates Read operation and <01> indicates Write
operation. For read operation, a 2-bit turnaround (TA) filing between Register Address field and Data field is
provided for MDIO to avoid contention. Following the turnaround time, 16-bit data is read from or written onto
management registers.
7.2.8 Serial Management Interface
The serial control interface uses a simple two-wired serial interface to obtain and control the status of the
physical layer through the MII interface. The serial control interface consists of MDC (Management Data
Clock), and MDI/O (Management Data Input/Output) signals. The MDIO pin is bi-directional and may be
shared by up to 32 devices.
7.2.9 Management Interface - Read Frame Structure
MDC
MDIO Read
32 "1"s
0
Idle Preamble
1
SFD
1
0
A4
Op Code
A3
A0
R4
PHY Address
R3
R0
Register Address
//
//
0
Z
D15
D14
Turn Around
D1
D0
Data
Read
Write
Idle
7.2.10 Management Interface - Write Frame Structure
MDC
MDIO Write
32 "1"s
Idle Preamble
0
1
SFD
0
1
Op Code
A4
A3
A0
PHY Address
R4
R3
R0
Register Address
Write
1
0
T urn Around
D15
D14
Data
D1
D0
Idle
Figure 7-5
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.2.11 Power Reduced Mode
The Signal detect circuit is always turned on to monitor whether there is any signal on the media. In case of
cable disconnection, DM9162 will automatically turn off the power and enter the Power Reduced mode,
regardless of its operation mode being N-way auto-negotiation or forced mode. While in
the Power
Reduced mode, the transmit circuit will continue sending out fast link pulse with minimum power
consumption. If a valid signal is detected from the media, which might be N-way fast link pulse, 10Base-T
normal link pulse, or 100Base-TX MLT3 signals, the device wakes up and resumes normal operation mode.
Automatic reduced power down mode can be disabled by writing Zero to Reg.16.4.
7.2.12 Power Down Mode
Power Down mode is entered by setting Reg.0.11 to ONE or pulling PWRDWN pin high, which disables all
transmit and receive functions, and MII interface functions except the MDC/MDIO management interface.
7.2.13 Reduced Transmit Power Mode
Additional transmit power reduction can be gained by designing with 1.25:1 turns ration magnetic on its TX
side and using a 8.5Kough the MII interface. The serial control interface consed high resistors being
changed from 50mit power This configuration could reduce about 20% of transmit power.
Final
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
7.3 HP Auto-MDIX Functional Descriptions
The DM9162 supports the automatic detect cable connection type, MDI/MDIX (straight through/cross over). A
manual configuration by register bit for MDI or MDIX is still accepted.
When set to automatic, the polarity of MDI/MDIX controlled timing is generated by 16-bits LFSR. The
switching cycle time is located from 200ms to 420ms. The polarity control is always switch until detect
received signal. After selected MDI or MDIX, the polarity status can be read by register bit (20.7). (See
page33, 8.12 specified config register-20 bit 7) 7.3.1 Function Setting. Pin 39 is used to enable HP Auto-MDIX
function.
Pull pin 39 low will enable it, and pull pin 39 high will disable it. Specified config Register 20 bit 4 (20, 4) is
used by programmer to disable HP Auto-MDIX function. Write register 20 bit 4 to “ “ wil disable HP
Auto-MDIX function. Its default value is “ “. When the register 20 bit 4 (20, 4) is set to “ “, the register 20 bit
5(20, 5) is used to select straight through or cross over mode, “ “ i for straight through, and “ “ i for cross
over.
RX + /- from DM9162
RX+/- to RJ45
TX + /- from DM9162
TX+/- to RJ45
* MDI: __________
* MDIX: - - - - - - - - This feature is able to detect the required cable connection type. (Straight through or crossed over) and make
correction automatically
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DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8
MII Register Description
AD
Name
15
D
00 CONTROL Reset
01
STATUS
02
03
PHYID1
PHYID2
04 Auto-Neg.
Advertise
05 Link Part.
Ability
06 Auto-Neg.
Expansion
16 Specified
Config.
17 Specified
Conf/Stat
18
10T
Conf/Stat
19
PWDOR
20
Specified
config
21
MDINTR
22
RCVER
0
T4
Cap.
0
0
1
Next
Page
LP
Next
Page
14
13
12
11
Loop
back
0
TX FDX
Cap.
1
0
0
Speed Auto-N Power
select
Enable Down
1
1
0
TX HDX 10 FDX 10 HDX
Cap.
Cap.
Cap.
1
1
1
0
0
0
1
1
1
FLP Rcv
Ack
LP
Ack
Remote
Fault
LP
RF
Reserved
Reserved
10
Isolate
0
9
8
7
Restart
Full
Auto-N Duplex
0
1
Reserved
0
FC
Adv
LP
FC
T4
Adv
LP
T4
5
4
Coll.
Test
0
1
3
2
1
0
Reserved
Pream.
Supr.
1
0
0000
0
0
6
Auto-N
Compl.
0
0
1
Model No.
001010
TX FDX TX HDX 10 FDX 10 HDX
Adv
Adv
Adv
Adv
LP
LP
LP
LP
TX FDX TX HDX 10 FDX 10 HDX
Remote
Fault
0
0
000_0000
Auto-N
Link
Jabber
Cap.
Status
Detect
1
0
0
0
0
0
Version No.
0000
Advertised Protocol Selector Field
Extd
Cap.
1
0
Link Partner Protocol Selector Field
Reserved
BP
4B5B
100
FDX
Rsvd
BP
SCR
100
HDX
LP
Enable
Pardet LP Next Next Pg New Pg LP AutoN
Fault
Pg Able
Able
Rcv
Cap.
BP
BP_ADP Repeater
TX
FEF_EN RMII_E Force TST_SE LEDCO RPDCTR Reset
Pream.
Sleep
Remote
ALIGN
OK
N
100LNK
L0
L_SEL
-EN
St. Mch
Supr.
mode
LoopOut
10
10 HDX Reserve Reverse Reverse
PHY ADDR [4:0]
Auto-N. Monitor Bit [3:0]
FDX
d
d
d
HBE
SQUE
JAB
10T
Reserved
Polarity
Enable Enable Enable
Serial
Reverse
Reserved
PD10DR PD100l
V
PDchip
PDcrm
PDaeq
PDdrv
PDecli
PDeclo
PD10
TSTSE1 TSTSE2 FORCE_ FORCE_ PREAM TX10M_ NWAY_ Reserved MDIX_C AutoNeg Mdix_fix Mdix_do MonSel1 MonSel0 Rmii_acc PD_valu
TXSD
FEF
BLEX
PWR
PWR
NTL
_dlpbk
Value
wn
u
e
Int_sts
Reserve Reserve Reverse Fdx_ms Spd_msk Lnk_msk Int_msk
d
d
d
k
Reserve Reserve Reverse Fdx_chg Spd_chg Lnk_chg Reserve
d
d
d
d
Int_sts
Receiver Error Counter
23 DIS_connec
t
Reversed
Disconnect_counter
24
RSTLH
Lh_led_ Lh_mdint Lh_cabst Lh_isolat Lh_rmii Lh_seril1 Lh_repea Lh_testm Lh_op2
mode
r
s
e
0
ter
ode
25
RADVR
Reserved
26
RLPAR
Reserved
29
PSCR
Reserved
Lh_op1
preamble amplitud TX_PW
x
e
R
Lh_op0 Lh_phya Lh_phya Lh_phya Lh_phya Lh_phya
d4
d3
d2
d1
d0
Reserved
Key to Default
In the register description that follows, the default column takes the form:
<Reset Value>:
<Access Type>:
1
Bit set to logic one
RO =
Read only
0
Bit set to logic zero
RW = Read/Write
X
No default value
(PIN#) Value latched in from pin # at reset
<Attribute(s)>:
SC = Self clearing
P = Value permanently set
LL = Latching low
LH = Latching high
Final
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January 6, 2014
28
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.1 Basic Mode Control Register (BMCR) - 00
Bit
0.15
Bit Name
Reset
Default
0,RW/SC
0.14
Loopback
0,RW
0.13
Speed selection
1,RW
0.12
Auto-negotiation
enable
1,RW
0.11
Power down
0,RW
0.10
Isolate
0,RW
0.9
Restart
Auto-negotiation
0,RW/SC
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
Reset
1=Software reset
0=Normal operation
This bit sets the status and controls the PHY registers to their default
states. This bit, which is self-clearing, will keep returning a value of
one until the reset process is completed
Loopback
Loop-back control register
1 = Loop-back enabled
0 = Normal operation
When in 100Mbps operation mode, setting this bit may cause the
descrambler to lose synchronization and produce a 720ms "dead
time" before any valid data appears at the MII receive outputs
Speed Select
1 = 100Mbps
0 = 10Mbps
Link speed may be selected either by this bit or by auto-negotiation.
When auto-negotiation is enabled and bit 12 is set, this bit will return
auto-negotiation selected medium type
Auto-negotiation Enable
1 = Auto-negotiation is enabled, bit 8 and 13 will be in
auto-negotiation status
Power Down
While in the power-down state, the PHY should respond to
management transactions. During the transition to power-down state
and while in the power-down state, the PHY should not generate
spurious signals on the MII
1=Power down
0=Normal operation
Isolate
1 = Isolates the DM9162 from the MII with the exception of the serial
management. (When this bit is asserted, the DM9162 does not
respond to the TXD [0:3], TX_EN, and TX_ER inputs, and it
shall present a high impedance on its TX_CLK, RX_CLK,
RX_DV, RX_ER, RXD [0:3], COL and CRS outputs. When PHY
is isolated from the MII it shall respond to the management
transactions)
0 = Normal operation
Restart Auto-negotiation
1 = Restart auto-negotiation. Re-initiates the auto-negotiation
process. When auto-negotiation is disabled (bit 12 of this
register cleared), this bit has no function and it should be
cleared. This bit is self-clearing and it will keep returning to a
value of 1 until auto-negotiation is initiated by the DM9162. The
operation of the auto-negotiation process will not be affected by
the management entity that clears this bit
0 = Normal operation
29
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
0.8
Duplex mode
1,RW
0.7
Collision test
0,RW
0.6:0.0
Reserved
0,RO
Duplex Mode
1 = Full duplex operation. Duplex selection is allowed when
Auto-negotiation is disabled (bit 12 of this register is cleared).
With auto-negotiation enabled, this bit reflects the duplex
capability selected by auto-negotiation
0 = Normal operation
Collision Test
1 = Collision test enabled. When set, this bit will cause the COL
signal to be asserted in response to the assertion of TX_EN
0 = Normal operation
Reserved
Read as 0, ignore on write
8.2 Basic Mode Status Register (BMSR) – 01
Bit
1.15
Bit Name
100BASE-T4
Default
0,RO/P
1.14
100BASE-TX
full-duplex
1,RO/P
1.13
100BASE-TX
half-duplex
1,RO/P
1.12
10BASE-T
full-duplex
1,RO/P
1.11
10BASE-T
half-duplex
1,RO/P
1.10:1.7
Reserved
0,RO
1.6
MF preamble
suppression
1,RO
1.5
Auto-negotiation
Complete
0,RO
1.4
Remote fault
0,RO/LH
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
100BASE-T4 Capable
1 = DM9162 is able to perform in 100BASE-T4 mode
0 = DM9162 is not able to perform in 100BASE-T4 mode
100BASE-TX Full Duplex Capable
1 = DM9162 is able to perform 100BASE-TX in full duplex mode
0 = DM9162 is not able to perform 100BASE-TX in full duplex mode
100BASE-TX Half Duplex Capable
1 = DM9162 is able to perform 100BASE-TX in half duplex mode
0 = DM9162 is not able to perform 100BASE-TX in half duplex mode
10BASE-T Full Duplex Capable
1 = DM9162 is able to perform 10BASE-T in full duplex mode
0 = DM9162 is not able to perform 10BASE-TX in full duplex mode
10BASE-T Half Duplex Capable
1 = DM9162 is able to perform 10BASE-T in half duplex mode
0 = DM9162 is not able to perform 10BASE-T in half duplex mode
Reserved
Read as 0, ignore on write
MII Frame Preamble Suppression
1 = PHY will accept management frames with preamble suppressed
0 = PHY will not accept management frames with preamble
suppressed
Auto-negotiation Complete
1 = Auto-negotiation process completed
0 = Auto-negotiation process not completed
Remote Fault
1 = Remote fault condition detected (cleared on read or by a chip
reset). Fault criteria and detection method is DM9162
implementation specific. This bit will set after the RF bit in the
ANLPAR (bit 13, register address 05) is set
0 = No remote fault condition detected
30
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
1.3
Auto-negotiation
ability
1,RO/P
1.2
Link status
0,RO/LL
1.1
Jabber detect
0,RO/LH
1.0
Extended
capability
1,RO/P
Auto Configuration Ability
1 = DM9162 is able to perform auto-negotiation
0 = DM9162 is not able to perform auto-negotiation
Link Status
1 = Valid link is established (for either 10Mbps or 100Mbps
operation)
0 = Link is not established
The link status bit is implemented with a latching function, so that the
occurrence of a link failure condition causes the link status bit to be
cleared and remain cleared until it is read via the management
interface
Jabber Detect
1 = Jabber condition detected
0 = No jabber
This bit is implemented with a latching function. Jabber conditions
will set this bit unless it is cleared by a read to this register through a
management interface or a DM9162 reset. This bit works only in
10Mbps mode
Extended Capability
1 = Extended register capable
0 = Basic register capable only
8.3 PHY ID Identifier Register #1 (PHYID1) - 02
The PHY Identifier Registers #1 and #2 work together in a single identifier of the DM9162. The Identifier
consists of a concatenation of the Organizationally Unique Identifier (OUI), a vendor's model number, and a
model revision number. DAVICOM Semiconductor's IEEE assigned OUI is 00606E.
Bit
Bit Name
Default
Description
2.15:2.0
OUI_MSB
<0181h>
OUI Most Significant Bits
This register stores bit 3 to 18 of the OUI (00606E) to bit 15 to 0 of
this register respectively. The most significant two bits of the OUI
are ignored (the IEEE standard refers to these as bit 1 and 2)
8.4 PHY ID Identifier Register #2 (PHYID2) - 03
Bit
3.15:3.10
Bit Name
OUI_LSB
Default
<101110>,
RO/P
3.9:3.4
VNDR_MDL
<001010>,
RO/P
3.3:3.0
MDL_REV
<0000>,
RO/P
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
OUI Least Significant Bits
Bit 19 to 24 of the OUI (00606E) are mapped to bit 15 to 10 of this
register respectively
Vendor Model Number
Five bits of vendor model number mapped to bit 9 to 4 (most
significant bit to bit 9)
Model Revision Number
Five bits of vendor model revision number mapped to bit 3 to 0
(most significant bit to bit 4)
31
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.5 Auto-negotiation Advertisement Register (ANAR) – 04
This register contains the advertised abilities of this DM9162 device as they will be transmitted to its link
partner during Auto-negotiation.
Bit
Bit Name
Default
Description
4.15
NP
0,RO/P
Next page Indication
1 = Next page available
0 = No next page available
The DM9162 has no next page, so this bit is permanently set to 0
4.14
ACK
0,RO
Acknowledge
1 = Link partner ability data reception acknowledged
0 = Not acknowledged
The DM9162's auto-negotiation state machine will automatically
control this bit in the outgoing FLP bursts and set it at the
appropriate time during the auto-negotiation process. Software
should not attempt to write to this bit.
4.13
RF
0,RW
Remote Fault
1 = Local device senses a fault condition
0 = No fault detected
4.12:4.11
Reserved
X,RW
Reserved
Write as 0, ignore on read
4.10
FCS
0,RW
Flow Control Support
1 = Controller chip supports flow control ability
0 = Controller chip doesn’t support flow control ability
4.9
T4
0,RO/P
100BASE-T4 Support
1 = 100BASE-T4 is supported by the local device
0 = 100BASE-T4 is not supported
The DM9162 does not support 100BASE-T4 so this bit is
permanently set to 0
4.8
TX_FDX
1,RW
100BASE-TX Full Duplex Support
1 = 100BASE-TX full duplex is supported by the local device
0 = 100BASE-TX full duplex is not supported
4.7
TX_HDX
1,RW
100BASE-TX Support
1 = 100BASE-TX half duplex is supported by the local device
0 = 100BASE-TX half duplex is not supported
4.6
10_FDX
1,RW
10BASE-T Full Duplex Support
1 = 10BASE-T full duplex is supported by the local device
0 = 10BASE-T full duplex is not supported
4.5
10_HDX
1,RW
10BASE-T Support
1 = 10BASE-T half duplex is supported by the local device
0 = 10BASE-T half duplex is not supported
4.4:4.0
Selector
<00001>,RW Protocol Selection Bits
These bits contain the binary encoded protocol selector supported
by this node
<00001> indicates that this device supports IEEE 802.3 CSMA/CD
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
32
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.6 Auto-negotiation Link Partner Ability Register (ANLPAR) – 05
This register contains the advertised abilities of the link partner when received during Auto-negotiation.
Bit
Bit Name
Default
Description
5.15
NP
0,RO
Next Page Indication
1 = Link partner, next page available
1 = Link partner, next page available
5.14
ACK
0,RO
Acknowledge
1 = Link partner ability data reception acknowledged
0 = Not acknowledged
The DM9162's auto-negotiation state machine will automatically
control this bit from the incoming FLP bursts. Software should not
attempt to write to this bit
5.13
RF
0,RO
Remote Fault
1 = Remote fault indicated by link partner
0 = No remote fault indicated by link partner
5.12:5.11
Reserved
0,RO
Reserved
Read as 0, ignore on write
5.10
FCS
0,RO
Flow Control Support
1 = Controller chip supports flow control ability by link partner
0 = Controller chip doesn’t support flow control ability by link
partner
5.9
T4
0,RO
100BASE-T4 Support
1 = 100BASE-T4 is supported by the link partner
0 = 100BASE-T4 is not supported by the link partner
5.8
TX_FDX
0,RO
100BASE-TX Full Duplex Support
1 = 100BASE-TX full duplex is supported by the link partner
0 = 100BASE-TX full duplex is not supported by the link partner
5.7
TX_HDX
0,RO
100BASE-TX Support
1 = 100BASE-TX half duplex is supported by the link partner
0 = 100BASE-TX half duplex is not supported by the link partner
5.6
10_FDX
0,RO
10BASE-T Full Duplex Support
1 = 10BASE-T full duplex is supported by the link partner
0 = 10BASE-T full duplex is not supported by the link partner
5.5
10_HDX
0,RO
10BASE-T Support
1 = 10BASE-T half duplex is supported by the link partner
0 = 10BASE-T half duplex is not supported by the link partner
5.4:5.0
Selector
<00000>,RO Protocol Selection Bits
Link partner’s binary encoded protocol selector
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
33
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.7 Auto-negotiation Expansion Register (ANER) – 06
Bit
6.15:6.5
Bit Name
Reserved
Default
0,RO
6.4
PDF
0,RO/LH
6.3
LP_NP_ABLE
0,RO
6.2
NP_ABLE
0,RO/P
6.1
PAGE_RX
0,RO/LH
6.0
LP_AN_ABLE
0,RO
Description
Reserved
Read as 0, ignore on write
Local Device Parallel Detection Fault
PDF = 1: A fault detected via parallel detection function.
PDF = 0: No fault detected via parallel detection function
Link Partner Next Page Able
LP_NP_ABLE = 1: Link partner, next page available
LP_NP_ABLE = 0: Link partner, no next page
Local Device Next Page Able
NP_ABLE = 1: DM9162, next page available
NP_ABLE = 0: DM9162, no next page
DM9162 does not support this function, so this bit is always 0
New Page Received
A new link code word page received. This bit will be automatically
cleared when the register (register 6) is read by management
Link Partner Auto-negotiation Able
A “1” in this bit indicates that the link partner supports
Auto-negotiation
8.8 DAVICOM Specified Configuration Register (DSCR) - 16
Bit
16.15
Bit Name
BP_4B5B
Default
0,RW
16.14
BP_SCR
0,RW
16.13
BP_ALIGN
0,RW
16.12
BP_ADPOK
1,RW
16.11
REPEATER
RW
16.10
TX
1,RW
16.9
16.8
Reserved
RMII_Enable
1,RO
RW
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
Bypass 4B5B Encoding and 5B4B Decoding
1 = 4B5B encoder and 5B4B decoder function bypassed
0 = Normal 4B5B and 5B4B operation
Bypass Scrambler/Descrambler Function
1 = Scrambler and descrambler function bypassed
0 = Normal scrambler and descrambler operation
Bypass Symbol Alignment Function
1 = Receive functions (descrambler, symbol alignment and symbol
decoding functions) bypassed. Transmit functions (symbol
encoder and scrambler) bypassed
0 = Normal operation
Bypass ADPOK
1=Reserved
0=Normal operation
Repeater/Node Mode
The value of the Repeater/Node is latched into this bit at
power-up/reset
1 = Repeater mode
0 = Node mode
*Please reference to 8.16 DAVICOM Hardware Reset Latch State
Register (RLSR) – 24 ( Bit 9)
100BASE-TX Mode Control
1 = 100BASE-TX operation
Reserved
Reduced MII Enable
Select normal MII or RMII. The value of the RMII is latched into this
bit at power-up/reset
1 = Enable RMII
0 = Normal MII
*Please reference to 8.16 DAVICOM Hardware Reset Latch State
Register (RLSR) – 24 ( Bit 11)
34
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
16.7
F_LINK_100
0,RW
16.6
SPLED_CTL
0,RW
16.5
COLLED_CTL
0,RW
16.4
RPDCTR-EN
1,RW
16.3
SMRST
0,RW
16.2
MFPSC
1,RW
16.1
SLEEP
0,RW
16.0
RLOUT
0,RW
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Force Good Link in 100Mbps
1 = Force 100Mbps good link status
0 = Normal 100Mbps operation
This bit is useful for diagnostic purposes
Speed LED Disable
1 = Disable SPEED LED output.
0 = Normal SPEED LED output to indicate speed status
Collision LED Enable
1 = FDX/COL LED output is configured to indicate
Full-duplex/Collision status
0 = FDX/COL LED output is configured to indicate Full/half duplex
status
Reduced Power Down Control Enable
This bit is used to enable automatic reduced power down
1 = Enable automatic reduced power down
0 = Disable automatic reduced power down
Reset State Machine
When writes 1 to this bit, all state machines of PHY will be reset.
This bit is self-clear after reset is completed
MF Preamble Suppression Control
MII frame preamble suppression control bit
1 = MF preamble suppression bit on
0 = MF preamble suppression bit off
Sleep Mode
Writing a 1 to this bit will cause PHY entering the Sleep mode and
power down all circuit except oscillator and clock generator circuit.
When waking up from Sleep mode (write this bit to 0), the
configuration will go back to the state before sleep; but the state
machine will be reset
Remote Loop out Control
When this bit is set to 1, the received data will loop out to the
transmit channel. This is useful for bit error rate testing
35
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.9 DAVICOM Specified Configuration and Status Register (DSCSR) – 17
Bit
17.15
Bit Name
100FDX
17.14
100HDX
17.13
10FDX
17.12
10HDX
17.11:
Reserved
17.9
17.8 :17.4 PHYADR
[4:0]
17.3:17.0 ANMB[3:0]
Default
1,RO
Description
100M Full Duplex Operation Mode
After auto-negotiation is completed, results will be written to this bit. If this
bit is 1, it means the operation 1 mode is a 100M full duplex mode. The
software can read bit [15:12] to see which mode is selected after
auto-negotiation. This bit is invalid when it is not in the auto-negotiation
mode
1,RO
100M Half Duplex Operation Mode
After auto-negotiation is completed, results will be written to this bit. If this
bit is 1, it means the operation 1 mode is a 100M half duplex mode. The
software can read bit [15:12] to see which mode is selected after
auto-negotiation. This bit is invalid when it is not in the auto-negotiation
mode
1,RO
10M Full Duplex Operation Mode
After auto-negotiation is completed, results will be written to this bit. If this
bit is 1, it means the operation 1 mode is a 10M Full Duplex mode. The
software can read bit [15:12] to see which mode is selected after
auto-negotiation. This bit is invalid when it is not in the auto-negotiation
mode
1,RO
10M Half Duplex Operation Mode
After auto-negotiation is completed, results will be written to this bit. If this
bit is 1, it means the operation 1 mode is a 10M half duplex mode. The
software can read bit [15:12] to see which mode is selected after
auto-negotiation. This bit is invalid when it is not in the auto-negotiation
mode
0,RO
Reserved
Read as 0, ignore on write
(PHYADR), PHY Address Bit 4:0
RW
The first PHY address bit transmitted or received is the MSB of the
address (bit 4). A station management entity connected to multiple PHY
entities must know the appropriate address of each PHY
0,RO
Auto-negotiation Monitor Bits
These bits are for debug only. The auto-negotiation status will be written to
these bits.
b3 b2 b1 B0
0 0 0 0
In IDLE state
0 0 0 1
Ability match
0 0 1 0
Acknowledge match
0 0 1 1
Acknowledge match fail
0 1 0 0
Consistency match
0 1 0 1
Consistency match fail
0 1 1 0
Parallel detects signal_link_ready
0 1 1 1
Parallel detects signal_link_ready fail
1 0 0 0
Auto-negotiation completed successfully
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
36
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.10 10BASE-T Configuration/Status (10BTCSR) – 18
Bit
18.15
Bit Name
Reserved
Default
0,RO
18.14
LP_EN
1,RW
18.13
HBE
1,RW
18.12
SQUELCH
1,RW
18.11
JABEN
1,RW
18.10
10BT_SER
RW
18.9:18.1
Reserved
0,RO
18.0
POLR
0,RO
Description
Reserved
Read as 0, ignore on write
Link Pulse Enable
1 = Transmission of link pulses enabled
0 = Link pulses disabled, good link condition forced
This bit is valid only in 10Mbps operation
Heartbeat Enable
1 = Heartbeat function enabled
0 = Heartbeat function disabled
When the DM9162 is configured for full duplex operation, this bit will be
ignored (the collision/heartbeat function is invalid in full duplex mode)
Squelch Enable
1 = Normal squelch
0 = Low squelch
Jabber Enable
Enables or disables the Jabber function when the DM9162 is in
10BASE-T full duplex or 10BASE-T transceiver Loopback mode
1 = Jabber function enabled
0 = Jabber function disabled
10BASE-T GPSI Mode ( Default value depend on #pin34 strap
condition)
1 = 10BASE-T GPSI mode selected (#pin34 pull down)
0 = 10BASE-T MII mode selected (#pin34 pull up, default)
GPSI mode is not supported for 100Mbps operation
*Please reference to 8.16 DAVICOM Hardware Reset Latch State
Register (RLSR) – 24 ( Bit 10)
Reserved
Read as 0, ignore on write
Polarity Reversed
When this bit is set to 1, it indicates that the 10Mbps cable polarity is
reversed. This bit is automatically set and cleared by 10BASE-T
module
8.11 Power down Control Register (PWDOR) – 19
Bit
19.15:19.9
Bit Name
Reserved
Default
0,RO
Description
Reserved
Read as 0, ignore on write
19.8
PD10DRV
0,RW
Vendor power down control test
19.7
PD100DL
0,RW
Vendor power down control test
19.6
PDchip
0,RW
Vendor power down control test
19.5
PDcom
0,RW
Vendor power down control test
19.4
PDaeq
0,RW
Vendor power down control test
19.3
PDdrv
0,RW
Vendor power down control test
19.2
PDedi
0,RW
Vendor power down control test
19.1
PDedo
0,RW
Vendor power down control test
19.0
PD10
0,RW
Vendor power down control test
* When selected, the power down value is control by Register 20.0
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
37
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.12 (Specified Config) Register – 20
Bit
20.15
20.14
20.13
20.12
20.11
20.10
20.9
20.11:
20.8
20.7
20.6
20.5
20.4
20.3
20.2
20.1
20.0
Bit Name
TSTSE1
TSTSE2
Reserved
Default
0,RW
0,RW
0, RO
Description
Vendor test select control
Vendor test select control
Reserved
0 = normal SD
TSTSEL3
0,RW
Vendor test select control
PREAMBLEX
0,RW
Preamble Saving Control
1 = 10M TX preamble bit count is normal.
0 = When bit 10 is set, the 10M TX preamble count is reduced.
When bit 11 of register 29 is set, 12-bit preamble bit is reduced.
Otherwise 22-bit preamble bit is reduced
TX10M_PWR
0,RW
10M TX Power Saving Control
1 = enable 10M TX power saving
0 = disable 10M TX power saving
NWAY_PWR
0,RW
N-Way Power Saving Control
1 = disable N-Way power saving
0 = enable N-Way power saving
Reserved
0,RO
Reserved
Read as 0, ignore on write
MDIX_CNTL MDI/MDIX,RO The polarity of MDI/MDIX value
1 = MDIX mode
0 = MDI mode
AutoNeg_dpbk
0,RW
Auto-negotiation Loopback
1 = test internal digital auto-negotiation Loopback
0 = normal.
Mdix_fix Value
0,RW
MDIX_CNTL force value:
When MDIX_DOWN = 1, MDIX_CNTL value depend on the
register value.
Mdix_do wn
0,RW
MDIX Down
Manual force MDI/MDIX.
1 = Disable HP Auto-MDIX , MDIX_CNTL value depend on 20.5
0 = Enable HP Auto-MDIX
MonSel1
0,RW
Vendor monitor select
MonSel0
0,RW
Vendor monitor select
RMII_Ver
0,RW
RMII version
1 = support RMII 1.0
0 = support RMII 1.2
PD_value
0,RW
Power down control value
Decision the value of each field Register 19.
1 = power down
0 = normal
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
38
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.13 DAVICOM Specified Interrupt Register – 21
Bit
21.15
Bit Name
INTR PEND
Default
0,RO
21.14:
21.12
21.11
Reserved
0,RO
FDX mask
1,RW
21.10
SPD mask
1,RW
21.12
LINK mask
1,RW
21.8
INTR mask
1,RW
21.7:21.5
21.4
Reserved
FDX change
0,RO
0,RO/LH
21.3
SPD change
0,RO/LH
21.2
LINK change
0,RO/LH
21.1
21.0
Reserved
INTR status
0,RO
0,RO/LH
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
Interrupt Pending
Indicates that the interrupt is pending and is cleared by the current
read. This bit shows the same result as bit 0. (INTR Status)
Reserved
Full-duplex Interrupt Mask
When this bit is set, the Duplex status change will not generate the
interrupt
Speed Interrupt Mask
When this bit is set, the Speed status change will not generate the
interrupt
Link Interrupt Mask
When this bit is set, the link status change will not generate the
interrupt
Master Interrupt Mask
When this bit is set, no interrupts will be generated under any
condition
Reserved
Duplex Status Change Interrupt
“1” indicates a change of duplex since last register read. A read of
this register will clear this bit
Speed Status Change Interrupt
“1” indicates a change of speed since last register read. A read of
this register will clear this bit
Link Status Change Interrupt
“1” indicates a change of link since last register read. A read of this
register will clear this bit
Reserved
Interrupt Status
The status of MDINTR#. “1” indicates that the interrupt mask is off
that one or more of the change bits are set. A read of this register
will clear this bit
39
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
8.14 DAVICOM Specified Receive Error Counter Register (RECR) – 22
Bit
22.15:0
Bit Name
Rcv_ Err_ Cnt
Default
0,RO
Description
Receive Error Counter
Receive error counter that increments upon detection of RXER.
Clean by read this register.
8.15 DAVICOM Specified Disconnect Counter Register (DISCR) – 23
Bit
23.15:
23.8
23.7;23.0
Bit Name
Reserved
Default
0,RO
Disconnect
Counter
0,RO
Description
Reserved
Disconnect Counter those increments upon detection of
disconnection. Clean by read this register.
8.16 DAVICOM Hardware Reset Latch State Register (RLSR) – 24
Bit
24.15
24.14
24.13
24.12
24.11
24.10
24.9
24.8
24.7
24.6
24.5
24.4
24.3
24.2
24.1
24.0
Bit Name
LH_LEDMODE
LH_MDINTR
LH_CSTS
LH_ISO
LH_RMII
LH_TP10SER
LH_REPTR
LH_TSTMOD
LH_OP2
LH_OP1
LH_OP0
LH_PH4
LH_PH3
LH_PH2
LH_PH1
LH_PH0
Default
1,RO
1,RO
0,RO
0,RW
0,RW
1,RW
0,RW
0,RW
1,RO
1,RO
1,RO
0,RO
0,RO
0,RO
0,RO
0,RO
Description
LEDMODE pin reset latch value
MDINTR pin reset latch value
CABLESTS pin reset latch value
TXCLK pin reset latch value
COL pin reset latch value
RXCLK pin reset latch value
RXER pin reset latch value
RXDV pin reset latch value
LED2 pin reset latch value
LED1 pin reset latch value
LED0 pin reset latch value
CRS pin reset latch value
RXD3 pin reset latch value
RXD2 pin reset latch value
RXD1 pin reset latch value
RXD0 pin reset latch value
8.17 Power Saving Control Register (PSCR) – 29
Bit
29.15:12
29.11
Bit Name
RESERVED
PREAMBLEX
Default
0,RO
0,RW
29.10
29.9
RESERVED
TX_PWR
0,RO
0.RW
29.8:0
RESERVED
0,RO
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Description
reserved
Preamble Saving Control
When bit 10 of register 20 is set and bit 11 of
register 20 is cleared, the 10M TX preamble count is reduced.
1 = 10-bit preamble bit is reduced.
0 = 20-bit preamble bit is reduced.
reserved
TX Power Saving Control Disabled
1 = disable TX driving power saving function
0 = when cable is unconnected with link partner, the driving current
of transmit is reduced for power saving.
reserved
40
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9
DC and AC Electrical Characteristics
9.1 Absolute Maximum Ratings (25C) (-40C~+85C for DM9162I)
Symbol
DVDD
VIN
VOUT
TSTG
TA
TA
LT
Parameter
Supply Voltage
DC Input Voltage (VIN)
DC Output Voltage(VOUT)
Storage Temperature range
Ambient Temperature
Ambient Temperature
Lead Temperature
(LT, soldering, 10 sec.).
Min.
-0.3
-0.5
-0.3
-65
0
-40
-
Max.
3.6
5.5
3.6
+150
+70
+85
+260
Unit
V
V
V
C
C
C
C
Conditions
*1
*2
*2
For DM9162I
-
*1: Power pin
*2: IO pin
9.2 Operating Conditions
Symbol
DVDD
PD
(Power Dissipation)
*
Parameter
Supply Voltage
100BASE-TX
10BASE-T
Auto-negotiation
Power Down Mode
Min.
3.135
-
Typ.
3.300
130
120
50
8.2
Max.
3.465
-
Unit
V
mA
mA
mA
mA
Conditions
3.3V
3.3V
3.3V
3.3V
Comments
Stresses above those listed under “Absolute Maximum Ratings” may cause permanent damage to the device.
These are stress ratings only. Functional operation of this device at these or any other conditions above those
indicated that in the operational sections of this specification is not implied. Exposure to absolute maximum
rating conditions for extended periods may affect device reliability.
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
41
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.3 DC Electrical Characteristics (DVDD = 3.3V)
Symbol
Parameter
Min.
Typ.
Max.
Unit
Conditions
TTL Inputs
(TXD0~TXD3, TXCLK, MDC, MDIO, TXEN, TXER, RXEN, TESTMODE, RMII, PHYAD0~4, OPMODE0-2, RPTR,
RESET# )
VIL
Input Low Voltage
0.8
V
VIH
Input High Voltage
2.0
V
IIL
Input Low Leakage Current
-1
uA
VIN = 0V
IIH
Input High Leakage Current
1
uA
VIN = 3.3V
VOL
Output Low Voltage
0.4
V
IOL = 4mA
VOH
Output High Voltage
2.4
V
IOH = -4mA
Receiver
VICM
RX+/RX- Common mode Input Voltage
1.8
V
100  Termination Across
Transmitter
VTD100 100TX+/- Differential Output Voltage
1.9
2.0
2.1
V
Peak to Peak
VTD10
10TX+/- Differential Output Voltage
4.4
5
5.6
V
Peak to Peak
ITD100
100TX+/- Differential Output Current
│20│
mA
│19│
│21│
ITD10
10TX+/- Differential Output Current
│50│
│56│
mA
│44│
9.4 AC Electrical Characteristics & Timing Waveforms
9.4.1 TP Interface
Symbol
Parameter
tTR/F
100TX+/- Differential Rise/Fall Time
tTM
100TX+/- Differential Rise/Fall Time Mismatch
tTDC
100TX+/- Differential Output Duty Cycle
Distortion
tT/T
100TX+/- Differential Output Peak-to-Peak Jitter
XOST
100TX+/- Differential Voltage Overshoot
9.4.2 Oscillator/Crystal Timing
Symbol
Parameter
OSC Frequency
tCKC
OSC Cycle Time
tPWH
OSC Pulse Width High
tPWL
OSC Pulse Width Low
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Min.
3.0
0
0
Typ.
-
0
0
-
Min.
24.99925
39.9988
16
16
Typ.
25
40
20
20
Max.
5.0
0.5
0.5
Unit
ns
ns
ns
1.4
5
ns
%
Max.
25.00075
40.0012
24
24
Unit
MHz
ns
ns
ns
Conditions
Conditions
30ppm
30ppm
42
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.4.3 Power On Reset Timing
t1
RESET#
Strap pins
t2
pwrst#.vsd
Symbol
Min.
Typ.
Max.
Unit
Conditions
t1
RESET# Low Period
Parameter
1
-
-
ms
-
t2
Strap pin hold time with RESET#
40
-
-
ns
-
9.4.4 MDC/MDIO Timing
Symbol
Parameter
t0
MDC Cycle Time
t1
MDIO Setup Before MDC
t2
MDIO Hold After MDC
t3
MDC To MDIO Output Delay
Min.
80
10
10
0
Typ.
-
Max.
300
Unit
ns
ns
ns
ns
Conditions
When OUTPUT By STA
When OUTPUT By STA
When OUTPUT By DM9162
9.4.5 MDIO Timing When OUTPUT by STA
MDC
10ns
(Min)
t1
10ns
(Min)
t2
MDIO
9.4.6 MDIO Timing When OUTPUT by DM9162
MDC
0 - 300 ns
t3
MDIO
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
43
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.4.7 MII 100BASE-TX Transmit Timing Parameters
Symbol
Parameter
tTXc
TXCLK Cycle Time
tTXh, tTXl TXCLK High/Low Time
tTXs
TXD [0:3], TXEN, TXER Setup To TXCLK High
tTXh
TXD [0:3], TXEN, TXER Hold From TXCLK
High
tTXOD
TXCLK to Output Delay
t1
TXEN Sampled To CRS Asserted
t2
TXEN Sampled To CRS De-asserted
tTXpd
TXEN Sampled To TX+/- Out (Tx Latency)
tTXr/f
100TX Driver Rise/Fall Time
Min.
39.9988
16
12
0
Typ.
40
20
-
Max.
40.0012
24
-
Unit
ns
ns
ns
ns
3
4
4
8
4
25
5
ns
BT
BT
BT
ns
Conditions
30ppm
90% To 10%, Into
100ohm
Differential
Note 1. Typical values are at 25℃and are for design aid only; not guaranteed and not subject to production testing.
9.4.8 MII 100BASE-TX Transmit Timing Diagram
TXCLK
tTXc
tTX S
tTXh
tTX h
TXD [0:3],
TXEN, TXER
tTXOD
t2
t1
CRS
tTX r/f
tTX pd
100TX+/-
9.4.9 MII 100BASE-TX Receive Timing Parameters
Symbol
Parameter
Min.
Typ. Max.
Unit Conditions
tRXc
RXCLK Cycle Time
39.9988
40
40.0012
30ppm
TRXh, tRXl RXCLK High/Low Time
16
20
24
tRXs
RXD [0:3], RXDV, RXER Setup To RXCLK High
10
ns
tRXh
RXD [0:3], RXDV, RXER Hold From RXCLK High
10
ns
tRXpd
RX+/- In To RXD [0:3] Out (Rx Latency)
15
BT
t1
CRS Asserted To RXD [0:3], RXDV, RXER
4
BT
t2
CRS De-asserted To RXD [0:3], RXDV, RXER
0
BT
t3
RX+/- In To CRS Asserted
10
14
BT
t4
RX+/- Quiet To CRS De-asserted
14
18
BT
t5
RX+/- In To COL De-Asserted
14
18
BT
1. Typical values are at 25℃and are for design aid only; not guaranteed and not subject to production testing.
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
44
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.4.10 MII 100BASE-TX Receive Timing Diagram
RXCLK
tTX pd
tRX S tRX h
tRXh
tRXc
RXD [0:3],
RXDV, RXER
t1
t2
CRS
t4
t3
RX+/t5
t5
COL
9.4.11 MII 10BASE-T Nibble Transmit Timing Parameters
Symbol
Parameter
tTXs
TXD[0:3), TXEN, TXER Setup To TXCLK High
tTXh
TXD[0:3], TXEN, TXER Hold From TXCLK High
t1
TXEN Sampled To CRS Asserted
t2
TXEN Sampled To CRS De-asserted
tTXpd
TXEN Sampled To 10TX+/- Out (Tx Latency)
Min.
5
5
-
Typ.
2
15
2
Max.
4
20
4
Unit
ns
ns
BT
BT
BT
Conditions
9.4.12 MII 10BASE-T Nibble Transmit Timing Diagram
TXCLK
tTX h
tTX S
TXD [0:3],
TXEN, TXER
t2
t1
CRS
tTX pd
10TX+/-
9.4.13 MII 10BASE-T Receive Nibble Timing Parameters
Symbol
Parameter
tRXs
RXD [0:3], RXDV, RXER Setup To RXCLK High
tRXh
RXD [0:3], RXDV, RXER Hold From RXCLK High
tRXpd
10RX+/- To RXD [0:3] Out (Rx Latency)
t1
CRS Asserted To RXD [0:3], RXDV, RXER,Asserted
t2
CRS De-asserted To RXD [0:3], RXDV,
RXER,De-asserted
t3
RXI In To CRS Asserted
t4
RXI Quiet To CRS De-asserted
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Min.
5
5
1
-
Typ.
7
14
-
Max.
20
3
Unit
ns
ns
BT
BT
BT
1
1
2
10
4
15
BT
BT
Conditions
45
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.4.14 MII 10BASE-T Receive Nibble Timing Diagram
RXCLK
tTXpd
tRXS tRXh
RXD [0:3],
RXDV, RXER
t1
t2
t4
CRS
t3
10RX+/-
9.4.15 Auto-negotiation and Fast Link Pulse Timing Parameters
Symbol
Parameter
Min.
t1
Clock/Data Pulse Width
t2
Clock Pulse To Data Pulse Period
55.5
t3
Clock Pulse To Clock Pulse Period
111
t4
FLP Burst Width
t5
FLP Burst To FLP Burst Period
8
Clock/Data Pulses in a Burst
17
Typ.
100
62.5
125
2
-
Max.
69.5
139
24
33
Unit
ns
us
us
ms
ms
pulse
Conditions
DATA = 1
9.4.16 Auto-negotiation and Fast Link Pulse Timing Diagram
Clock Pulse
FAST LINK
PULSES
Data Pulse
Clock Pulse
t1
t1
t2
t3
FLP Burst
FLP Burst
FLP Bursts
t4
t5
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
46
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.4.17 RMII Receive Timing Diagram
100 Mb/s Reception with no errors
9.4.18 RMII Transmit Timing Diagram
100 Mb/s Transmission
9.4.19 RMII Timing Diagram
REF_CLK
Tsu Thold
TXD[1:0], TX_EN,
RXD[1:0], CRS_DV,
RX_ER
50MCLK OUT
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
47
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
9.4.20 RMII Timing Parameter
Symbol
Parameter
Fref
REF_CLK Frequency
(External clock source)
50MCLK 50Mhz_CLK Output Frequency
OUT
(DM9162 output clock)
Tref%
REF_CLK Duty Cycle
Tref
REF_CLK Clock Cycle
Tsu
TXD[1:0], TX_EN, RXD[1:0], CRS_DV, RX_ER
Data Setup to REF_CLK rising edge
Thold
TXD[1:0], TX_EN, RXD[1:0], CRS_DV, RX_ER
Data hold from REF_CLK rising edge
Min.
49.9985
Typ.
50
Max.
50.0015
Unit
MHz
49.9985
50
50.0015
MHz
35
4
20
-
65
-
%
ns
ns
2
-
-
ns
Conditions
30ppm
(1.5KHz)
30ppm
(1.5KHz)
30ppm
9.4.21 Magnetic Selection Guide
Refer to Table 2 for transformer requirements. Transformers, meeting these requirements, are available from
a variety of magnetic manufacturers. Designers should test and qualify all magnetic before using them in an
application. The transformers listed in Table 2 are electrical equivalents, but may not be pin-to-pin
equivalents.
Refer to the following tables 5-1 and 5-2 for 10/100M magnetic sources and specification requirements. The
magnetics which meet these requirements are available from a variety of magnetic manufacturers. Designers
should test and qualify all magnetic specifications before using them in an application. The magnetics listed in
the following table are electrical equivalents, but may not be pin-to-pin equivalents.
Manufacturer
Part Number
MAGCOM
HS9016, HS9024
Delta
LFE8563-DC, LFE8563T-DC
Table 5-1: 10/100M Magnetics Sources
Parameter
Tx / RX turns ratio
Inductance
Insertion loss
Return loss
Differential to common
mode rejection
Transformer isolation
Values
Units
1:1 CT / 1:1
350
H (Min)
1.1
dB ( Max )
-18
dB ( Min )
-14
dB ( Min )
-12
dB ( Min )
-40
dB ( Min )
-30
dB ( Min )
1500
V
Table 5-2: Magnetic Specification Requirements
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
Test Condition
1 – 100 MHz
1 –30 MHz
30 – 60 MHz
60 – 80 MHz
1 – 60 MHz
60 – 100 MHz
-
48
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
10 RMII Application
10.1 DM9162 RMII Mode Connection (25MHz Crystal or 25MHz Clock in)
10.2 DM9162 RMII Mode Connection (50MHz OSC)
10.3 DM9162 RMII Mode Connection (50MHz by MAC)
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
49
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
11 Package Information
48 Pins LQFP Package Outline Information:
Symbol
A
A1
A2
b
b1
c
c1
D
D1
E
E1
e
L
L1
R1
R2
S
θ
θ1
θ2
θ3
Dimension in mm
Min
Nom
Max
－
－
1.60
0.05
－
0.15
1.35
1.40
1.45
0.17
0.22
0.27
0.17
0.20
0.23
0.09
－
0.20
0.09
－
0.16
9.00 BSC
7.00 BSC
9.00 BSC
7.00 BSC
0.50 BSC
0.45
0.60
0.75
1.00 REF
0.08
－
－
0.08
－
0.20
0.20
－
－
o
o
o
0
3.5
7
o
0
－
－
o
12 TYP
o
12 TYP
Dimension in inch
Min
Nom
Max
－
－
0.063
0.002
－
0.006
0.053
0.055 0.057
0.007
0.009 0.011
0.007
0.008 0.009
0.004
－
0.008
0.004
－
0.006
0.354 BSC
0.276 BSC
0.354 BSC
0.276 BSC
0.020 BSC
0.018
0.024 0.030
0.039 REF
0.003
－
－
0.003
－
0.008
0.008
－
－
o
o
o
0
3.5
7
o
0
－
－
o
12 TYP
o
12 TYP
1. Dimension D1 and E1 do not include resin fin.
2. All dimensions are base on metric system.
3. General appearance spec should base on its final visual inspection spec.
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
50
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
QFN 32L Outline Dimension:
Symbol
A
A1
A3
b
D/E
D2/E2
e
L
K
R
aaa
bbb
ccc
ddd
eee
fff
Dimension in mm
MIN
NOM
MAX
0.80 0.85 0.90
0.00 0.02 0.05
0.02 REF
0.18 0.25 0.30
5.00 BSC
3.35 3.50 3.65
0.50 BSC
0.35 0.40 0.45
0.20
----0.09
----0.15
0.10
0.10
0.05
0.08
0.10
Dimension in inch
MIN
NOM
MAX
0.031 0.033 0.035
0.000 0.001 0.002
0.008 REF
0.007 0.010 0.012
0.197 BSC
0.132 0.138 0.144
0.020 BSC
0.014 0.016 0.018
0.008 ----0.004 ----0.006
0.004
0.004
0.002
0.003
0.004
NOTE:
1. CONTROLLING DIMENSION: MILLIMETER
2. REFERENCE DOCUMENT: JEDEC MO-220.
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
51
DM9162/DM9162I
10/100 Mbps Fast Ethernet Physical Layer Single Chip Transceiver
12 Ordering Information
Part Number
DM9162EP
DM9162IEP
DM9162NP
DM9162INP
Pin Count
48
48
32
32
Package
LQFP(Pb-Free)
LQFP(Pb-Free)
QFN(Pb-Free)
QFN(Pb-Free)
Disclaimer
The information appearing in this publication is
believed to be accurate. Integrated circuits sold by
DAVICOM Semiconductor are covered by the
warranty and patent indemnification provisions
stipulated in the terms of sale only. DAVICOM makes
no warranty, express, statutory, implied or by
description regarding the information in this publication
or regarding the information in this publication or
regarding the freedom of the described chip(s) from
patent infringement. FURTHER, DAVICOM MAKES
NO WARRANTY OF MERCHANTABILITY OR
FITNESS FOR ANY PURPOSE. DAVICOM reserves
the right to halt production or alter the specifications
and prices at any time without notice. Accordingly, the
reader is cautioned to verify that the data sheets and
other information in this publication are current before
placing orders. Products described herein are
intended for use in normal commercial applications.
Applications involving unusual environmental or
reliability requirements, e.g. military equipment or
medical life support equipment, are specifically not
recommended without additional processing by
DAVICOM for such applications.
Please note that application circuits illustrated in
this document are for reference purposes only.
DAVICOM’s terms and conditions printed on the
order acknowledgment govern all sales by
DAVICOM. DAVICOM will not be bound by any
terms inconsistent with these unless DAVICOM
agrees otherwise in writing. Acceptance of the
buyer’s orders shall be based on these terms.
Company Overview
DAVICOM Semiconductor Inc. develops and
manufactures integrated circuits for integration
into data communication products. Our mission
is to design and produce IC products that are the
industry’s best value for Data, Audio, Video, and
Internet/Intranet applications. To achieve this
goal, we have built an organization that is able to
develop chipsets in response to the evolving
technology requirements of our customers while
still delivering products that meet their cost
requirements.
Products
We offer only products that satisfy high
performance requirements and which are
compatible with major hardware and software
standards. Our currently available and soon to
be released products are based on our
proprietary designs and deliver high quality, high
performance chipsets that comply with modem
communication
standards
and
Ethernet
networking standards.
Contact Windows
For additional information about DAVICOM products, contact the Sales department at:
Headquarters
Hsin-chu Office:
No.6, Li-Hsin 6th Rd.,
Hsinchu Science Park,
Hsin-chu City 300, Taiwan, R.O.C.
TEL: +886-3-5798797
FAX: +886-3-5646929
MAIL: [email protected]
HTTP: http://www.davicom.com.tw
WARNING
Conditions beyond those listed for the absolute maximum may destroy or damage the products. In addition, conditions for sustained periods at near
the limits of the operating ranges will stress and may temporarily (and permanently) affect and damage structure, performance and function.
Final
Doc No: DM9162/DM9162I-12-MCO-DS-F01
January 6, 2014
52