Spansion NOR
Flash Memory
®
Competitive Cross Reference Guide
December 2009
Parallel 1.8V
Density Voltage
Bus
(Mb)
(V)
VIO (V) Type
Bus
Sector
Width Type
#
Initial Access Burst Speed
Banks Times (ns)
(MHz)
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
Atmel
AT49SV163D(T)
16
1.65-1.95
–
ADP
x16
Boot Sector
1
80
–
48-Pin TSOP
48-Ball BGA
-40 to +85C
S29AS016J
Yes
Yes
Atmel device does not have WP#
or BYTE#; and has an extended
command set. Atmel does not
recommend this part for use in new
designs.
Eon
EN29SL800
8
1.65-2.2
–
ADP
x8, x16
Boot Sector
1
70, 90
–
48-Pin TSOP
48-Ball TFBGA
48-Ball WFBGA
48-Ball WLGA
0 to +70C
-40 to +85C
S29AS008J
Yes
Yes
Spansion AS-J is pin-compatible with
48-Pin TSOP and 48-Ball TFBGA
Eon
EN39SL800
8
1.65-1.95
–
ADP
x16
Uniform Sector
1
70
–
48-Ball TFBGA
48-Ball WFBGA
-40 to +85C
S29AS008J
Yes
Yes
Spansion AS-J is pin-compatible with
48-Ball TFBGA. EON device does not
have RESET#, RY/BY#, BYTE#, and
WP#. EON device has 64KB blocks
with 4KB sectors.
Eon
EN29SL160
16
1.65-2.2
1.8-2.2
–
ADP
x8, x16
Boot Sector
1
90
–
48-Pin TSOP
48-Ball FBGA
48-Ball WFBGA
48-Ball WLGA
0 to +70C
-40 to +85C
S29AS016J
Yes
Yes
This EON device is EOL. This EON
device has a different Unlock Bypass
Reset command
Eon
EN39SL160
16
1.65-1.95
–
ADP
x8, x16
Uniform Sector
1
70
–
48-Pin TSOP
48-Ball TFBGA
48-Ball WFBGA
-40 to +85C
S29AS016J
Yes
Yes
Spansion AS-J is pin-compatible with
48-Pin TSOP and 48-Ball TFBGA. EON
device does not have RY/BY# and
BYTE# for WFBGA/TFBGA packages.
EON device has 64KB blocks with
4KB sectors.
Macronix
MX29SL800C
T/B,
MX29SL802C
T/B
8
1.65-2.2
–
ADP
x8, x16
Boot Sector
1
90
–
48-Pin TSOP
48-Ball
CSP – 0.8mm
pitch (TFBGA,
LFBGA), 0.5mm
pitch (WFBGA,
XFLGA)
0 to +70C
-40 to +85C
S29AS008J
Yes
Yes
Spansion AS-J is pin-compatible with
48-Pin TSOP, 48-Ball TFBGA, and
48-Ball LFBGA
Numonyx
48F3000M0Y
128
1.7-2.0
–
ADP
ADM
x16
Uniform Sector
8
96
133
88-Ball FBGA
-30 to +85C
ADP: S29WS128P
ADM: S29VS128R
No
No
The Spansion WS family has 16 banks.
Contact factory for pin-compatible
solutions.
Numonyx
48F4000M0Y
256
1.7-2.0
–
ADP
ADM
AADM
x16
Uniform Sector
8
96
133
107-Ball FBGA
-30 to +85C
ADP: S29WS256N/P
ADM: S29VS256R
AADM: S29XS256R
No
No
The Spansion WS family has 16 banks.
Contact factory for pin-compatible
solutions.
Numonyx
48F5000M0Y
512
1.7-2.0
–
ADP
ADM
AADM
x16
Uniform Sector
8
96
133
105-Ball FBGA
-30 to +85C
ADP: S29WS512P
ADM: S29NS512P
AADM: S29XS-R
No
No
The Spansion WS family has 16 banks.
Spansion XS-R is currently available at
128Mb and 256Mb densities. Contact
factory for pin-compatible solutions.
Numonyx
48F6000M0Y
1G
1.7-2.0
–
ADP
ADM
AADM
x16
Uniform Sector
8
96
133
105-Ball FBGA
-30 to +85C
ADP: S29WS-P
ADM: S29NS-P
AADM: S29XS-R
No
No
The Spansion WS family has 16 banks
(Stacked-die solution). Spansion XS-R
is available at 128Mb and 256Mb
densities. Contact factory for pincompatible solutions.
Numonyx
M58PR512LE
512
1.7-2.0
1.7-2.0
ADP
x16
Uniform Sector
8
96
108
105-Ball FBGA
107-Ball FBGA
-30 to +85C
S29WS512P
No
No
Contact factory for pin-compatible
solutions.
Numonyx
M58PR001LE
1G
1.7-2.0
1.7-2.0
ADP
x16
Uniform Sector
8
96
108
105-Ball FBGA
107-Ball FBGA
-30 to +85C
S29WS-P
No
No
Contact factory for pin-compatible
solutions.
MCP
Serial
Parallel 5V
Parallel 3V
Manufacturer Device
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
2
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
Density Voltage
Bus
(Mb)
(V)
VIO (V) Type
Bus
Sector
Width Type
#
Initial Access Burst Speed
Banks Times (ns)
(MHz)
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
Numonyx
48F4000L0Y
256
1.7-2.0
–
ADP
ADM
x16
Boot Sector
16
100
110
88-Ball MCP
-25 to +85C
ADP: S29WS256P
ADM: S29NS256P,
S29VS256R
No
No
Spansion VS-R has 8 banks. Contact
factory for pin-compatible solutions.
Numonyx
48F5000L0Y
512
1.7-2.0
–
ADP
ADM
x16
Uniform Sector
16
100
110
88-Ball MCP
105-Ball MCP
-25 to +85C
ADP: S29WS512P
ADM: S29NS512P
No
No
Contact factory for pin-compatible
solutions.
Numonyx
M58LR128
128
1.7-2.0
1.7- 2.0
ADP
ADM
x16
Boot Sector
16
70
66
56-Ball FBGA
-30 to +85C
ADP: S29WS128N/P
ADM: S29NS128P,
S29VS128R
No
No
Contact factory for pin-compatible
solutions.
Numonyx
M58LR256
256
1.7-2.0
1.7-2.0
ADP
ADM
x16
Boot Sector
16
70
66
88-Ball FBGA
-30 to +85C
ADP: S29WS256N/P
ADM: S29NS256P,
S29VS256R
No
No
Contact factory for pin-compatible
solutions.
Numonyx
M58LT128
128
1.7-2.0
2.7-3.6
ADP
x16
Boot Sector
16
85
52
64-Ball TBGA
-40 to +85C
S29WS128N
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices.
Numonyx
M58LT256
256
1.7-2.0
2.7-3.6
ADP
x16
Boot Sector
16
85
52
64-Ball TBGA
-40 to +85C
S29WS256N
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices.
Numonyx
M58WR016
16
1.7-2.0
1.7-2.0
ADP
ADM
x16
Boot Sector
4
70
66
ADP:
56-Ball FBGA
ADM:
44-Ball FBGA
-40 to +85C
S29AS016J
No
No
S29AS016J is a standard NOR device.
Numonyx
M58WR032
32
1.7-2.0
1.7-2.0
ADP
ADM
x16
Boot Sector
8
70
66
ADP:
56-Ball FBGA
ADM:
44-Ball FBGA
-40 to +85C
ADP: S29WS064R
ADM: S29VS064R
Yes
No
Spansion WS/VS064R available in
Wireless Temperature Range.
Spansion VS064R is pin-compatible
with 44-Ball FBGA.
Numonyx
M58WR064
64
1.7-2.0
1.7-2.0
ADP
ADM
x16
Boot Sector
16
70
66
ADP:
56-Ball FBGA
ADM:
44-Ball FBGA
-40 to +85C
ADP: S29WS064R
ADM: S29VS064R
Yes
No
Spansion WS/VS064R available in
Wireless Temperature Range.
Spansion VS064R is pin-compatible
with 44-Ball FBGA.
Numonyx
M58WT032
32
1.7-2.0
2.7-3.3
ADP
x16
Boot Sector
8
70
52
88-Ball FBGA
-40 to +85C
S29WS064R
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices. Spansion WS064R
available in Wireless Temperature
Range.
Numonyx
M58WT064
64
1.7-2.0
2.7-3.3
ADP
x16
Boot Sector
16
70
52
88-Ball FBGA
-40 to +85C
S29WS064R
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices. Spansion WS064R
available in Wireless Temperature
Range.
Numonyx
28F640P30
64
1.7-2.0
1.7-3.6
ADP
x16
Boot Sector
1
85
52
64-Ball EasyBGA
56-Pin TSOP
88-Ball SCSP
-40 to +85C
S29GL064N
No
No
This Numonyx device is undergoing
process migration. Spansion does not
offer 3V VIO for 1.8V VCC devices.
Numonyx
28F128P30
128
1.7-2.0
1.7-3.6
ADP
x16
Boot Sector
1
85
52
64-Ball EasyBGA
56-Pin TSOP
88-Ball SCSP
-40 to +85C
S29GL128P
No
No
This Numonyx device is undergoing
process migration. Spansion does not
offer 3V VIO for 1.8V VCC devices.
Numonyx
28F256P30
256
1.7-2.0
1.7-3.6
ADP
x16
Boot Sector
1
100 (BGA)
110 (TSOP)
52
64-Ball EasyBGA
56-Pin TSOP
88-Ball SCSP
-40 to +85C
S29GL256P
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices.
MCP
Manufacturer Device
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
3
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Density Voltage
Bus
(Mb)
(V)
VIO (V) Type
Bus
Sector
Width Type
#
Initial Access Burst Speed
Banks Times (ns)
(MHz)
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
Numonyx
28F512P30
512
1.7-2.0
1.7-3.6
ADP
x16
Uniform/
Boot Sector
1
100 (BGA)
110 (TSOP)
52
64-Ball EasyBGA
56-Pin TSOP
88-Ball SCSP
-40 to +85C
S29GL512P
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices.
Numonyx
28F00AP30
1G
1.7-2.0
1.7-3.6
ADP
x16
Uniform/
Boot Sector
1
100 (BGA)
110 (TSOP)
52
64-Ball EasyBGA
56-Pin TSOP
88-Ball SCSP
-40 to +85C
S29GL01GP
No
No
Spansion does not offer 3V VIO for
1.8V VCC devices.
Samsung
K8A3215E-E
32
1.7-1.95
–
ADP
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
MCP-only
0 to +70C
-25 to +85C
S29WS064R
No
No
Contact factory for pin-compatible
solutions.
Samsung
K8A6415E-B
64
1.7-1.95
–
ADP
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
MCP-only
0 to +70C
-25 to +85C
S29WS064R
No
No
Contact factory for pin-compatible
solutions.
Samsung
K8A6415E-C
64
1.7-1.95
–
ADP
x16
Boot Sector
16
70
108
FBGA (88-Ball)
0 to +70C
-25 to +85C
S29WS064R
No
No
Contact factory for pin-compatible
solutions.
Samsung
K8A2815E-B
128
1.7-1.95
–
ADP
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
MCP-only
0 to +70C
-25 to +85C
S29WS128P/N
No
Yes
Contact factory for pin-compatible
solutions.
Samsung
K8A2815E-C
128
1.7-1.95
–
ADP
x16
Boot Sector
16
70
108
MCP-only
-25 to +85C
S29WS128P/N
No
Yes
Contact factory for pin-compatible
solutions.
Samsung
K8A5615E-A
256
1.7-1.95
–
ADP
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
MCP-only
0 to +70C
-25 to +85C
S29WS256P/N
No
Yes
Contact factory for pin-compatible
solutions.
Samsung
K8C(54/55)15E-M
256
1.7-1.95
–
ADP
x16
Boot Sector
16
100
54: 83
55: 133
FBGA (167-Ball)
0 to +70C
-25 to +85C
S29WS256P/N
No
Yes
Contact factory for pin-compatible
solutions. S29WS256P/N burst
frequency is 104MHz/80MHz.
Parallel 3V
Samsung
K8C(56/57)15E-M
256
1.7-1.95
–
ADP
x16
Boot Sector
16
100
56: 83
57: 133
56: MCP-only
57: FBGA
(167-Ball)
0 to +70C
-25 to +85C
S29WS256P/N
No
Yes
Contact factory for pin-compatible
solutions. S29WS256P/N burst
frequency is 104MHz/80MHz.
Samsung
K8C(56/57)15E-A
256
1.7-1.95
–
ADP
x16
Boot Sector
16
100
56: 83
57: 133
FBGA (44-,
88-Ball)
0 to +70C
-25 to +85C
S29WS256P/N
No
Yes
Competitor datasheet not available at
time of print. Contact factory for pincompatible solutions. S29WS256P/N
burst frequency is 104MHz/80MHz.
Parallel 5V
Samsung
K8C(10/11)15E-M
512
1.7-1.95
–
ADP
x16
Boot Sector
16
110
10: 83
11: 133
FBGA (167-Ball)
0 to +70C
-25 to +85C
S29WS512P
No
Yes
Contact factory for pin-compatible
solutions. S29WS512P burst frequency
is 104MHz.
Samsung
K8C(12/13)15E-M
512
1.7-1.95
–
ADP
x16
Boot Sector
16
110
12: 83
13: 133
FBGA (167-Ball)
0 to +70C
-25 to +85C
S29WS512P
No
Yes
Contact factory for pin-compatible
solutions. S29WS512P burst frequency
is 104MHz.
Samsung
K8C(12/13)15E-A
512
1.7-1.95
–
ADP
x16
Boot Sector
16
110
12: 83
13: 133
FBGA (64-Ball)
0 to +70C
-25 to +85C
S29WS512P
No
Yes
Competitor datasheet not available
at time of print. Contact factory for
pin-compatible solutions. S29WS512P
burst frequency is 104MHz.
Samsung
K8S3215E-E
32
1.7-1.95
–
ADM
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29VS064R
Yes
Yes
S29VS064R has 4 banks.
Samsung
K8S3215E-F
32
1.7-1.95
–
ADM
x16
Boot Sector
16
70
108
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29VS064R
Yes
Yes
S29VS064R has 4 banks.
Samsung
K8S6415E-B
64
1.7-1.95
–
ADM
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29VS064R
Yes
Yes
S29VS064R has 4 banks.
MCP
Serial
Parallel 1.8V
Manufacturer Device
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
4
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Density Voltage
Bus
(Mb)
(V)
VIO (V) Type
Bus
Sector
Width Type
#
Initial Access Burst Speed
Banks Times (ns)
(MHz)
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
Samsung
K8S6415E-C
64
1.7-1.95
–
ADM
x16
Boot Sector
16
70
108
MCP-only
-25 to +85C
S29VS064R
No
Yes
Contact factory for pin-compatible
solutions. S29VS064R has 4 banks.
Samsung
K8S2815E-B
128
1.7-1.95
–
ADM
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29NS128P
S29VS128R
Yes
Yes
Spansion offers faster burst speed.
S29VS128R has simplified command
set. S29VS128R has 8 banks.
Samsung
K8S2815E-C
128
1.7-1.95
–
ADM
x16
Boot Sector
16
70
108
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29NS128P
S29VS128R
Yes
Yes
S29VS128R has simplified command
set. S29VS128R has 8 banks.
Samsung
K8S5615E-A
256
1.7-1.95
–
ADM
x16
Boot Sector
16
70 (Synch)
80 (Asynch)
66
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29NS256P
S29VS256R
Yes
Yes
Spansion offers faster burst speed.
S29VS256R has simplified command
set. S29VS256R has 8 banks.
Samsung
K8F(56/57)15E-M
256
1.7-1.95
–
ADM
x16
Boot Sector
16
100
56: 83
57: 133
FBGA (44-Ball,
88-Ball)
0 to +70C
-25 to +85C
S29NS256P
S29VS256R
Yes
Yes
Contact factory for pin-compatible
solutions. S29VS256R has simplified
command set. S29VS256R has 8 banks.
Samsung
K8F(56/57)15E-A
256
1.7-1.95
–
ADM
x16
Boot Sector
16
100
56: 83
57: 133
FBGA (44-Ball)
0 to +70C
-25 to +85C
S29NS256P
S29VS256R
Yes
Yes
Competitor datasheet not available at
time of print. S29VS256R has simplified
command set.S29VS256R has 8 banks.
Samsung
K8F(12/13)15E-M
512
1.7-1.95
–
ADM
x16
Boot Sector
16
110
12: 83
13: 133
FBGA (64-Ball)
0 to +70C
-25 to +85C
S29NS512P
Yes
Yes
S29NS512P max burst speed is
83MHz.
Samsung
K8F(12/13)15E-A
512
1.7-1.95
–
ADM
x16
Boot Sector
16
110
12: 83
13: 133
FBGA (64-Ball)
0 to +70C
-25 to +85C
S29NS512P
Yes
Yes
Competitor datasheet not available at
time of print. S29NS512P max burst
speed is 83MHz.
Samsung
K8F1115E-M
512
1.7-1.95
–
ADM
x16
Boot Sector
16
100
108
FBGA (64-Ball)
0 to +70C
-25 to +85C
S29NS512P
Yes
Yes
Competitor datasheet not available at
time of print. S29NS512P max burst
speed is 83MHz.
SST
SST39WF800A
8
1.65-1.95
–
ADP
x16
Uniform Sector
1
90
–
48-Ball BGA
48-Ball WFBGA
48-Ball FLGA
0 to +70C
-40 to +85C
S29AS008J
Yes
Yes
S29AS008J is pin-compatible with
48-Ball TFBGA. SST device does not
have RESET#, RY/BY#, or BYTE# and
has different sector sizes.
SST
SST39WF800B
8
1.65-1.95
–
ADP
x16
Uniform Sector
1
70
–
48-Ball BGA
48-Ball WFBGA
48-Ball FLGA
0 to +70C
-40 to +85C
S29AS008J
Yes
Yes
S29AS008J is pin-compatible with
48-Ball TFBGA. SST device does not
have RESET#, RY/BY#, or BYTE# pins
and has different sector sizes.
SST
SST39WF160x
16
1.65-1.95
–
ADP
x16
Uniform Sector
1
70, 90
–
48-Ball TFBGA
48-Ball WFBGA
0 to +70C
-40 to +85C
S29AS016J
Yes
Yes
S29AS008J is pin-compatible with
48-Ball TFBGA. SST device does not
have RESET#, RY/BY#, or BYTE# pins
and has different sector sizes.
SST
SST34WA1601/2
16
1.7-1.95
–
ADM
x16
Boot Sector
4
70
66
44-Ball FBGA
-20 to +85C
S29VS064R
Yes
Yes
–
SST
SST34WA3203/4
32
1.7-1.95
–
ADM
x16
Boot Sector
4
70
66
44-Ball FBGA
-20 to +85C
S29VS064R
Yes
Yes
–
MCP
Serial
Manufacturer Device
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
5
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
70, 90
48-Pin TSOP
48-Ball TFBGA
44-Pin SOP
0 to +70C
-25 to +85C
-40 to +85C
S29AL008J
Yes
Yes
AMIC device does not have WP#.
Boot Sector
70, 90
40-Pin TSOP
0 to +70C
-40 to +85C
S29AL008J
No
Yes
–
x8
Boot Sector
70, 90
40-Pin TSOP
0 to +70C
-40 to +85C
S29AL008J
No
Yes
–
3.0-3.6
x8, x16
Boot Sector
60, 70
48-Pin TSOP
48-Ball FBGA
44-Pin SOP
0 to +70C
-25 to +85C
-40 to +85C
S29AL016J
Yes
Yes
AMIC device does not have WP#.
2.7-3.6
3.0-3.6
2.7-3.6
3.0-3.6
x8, x16
Boot Sector
70, 80, 90, 120
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-25 to +85C
-40 to +85C
S29GL032N
Yes
Yes
This AMIC device only supports full VCC (2.7-3.6) for
commercial temperature range. Regulated VCC (3.0-3.6)
needed for Industrial & Wireless temperature ranges.
64
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
44-Pin SOP
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-25 to +85C
-40 to +85C
S29GL064N
Yes
Yes
S29GL064N is compatible with 48-Pin TSOP and
48-Ball TFBGA.
AT49BV802D
8
2.65-3.6
2.65-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball CBGA
-40 to +85C
S29AL008J
Yes
Yes
Slightly different sector architecture.
Atmel
AT49BV160D
16
2.65-3.6
2.65-3.6
x16
Boot Sector
70
48-Pin TSOP
-40 to +85C
S29AL016J
No
No
Different sector architecture, pinouts, and command set.
Atmel
AT49BV163D
16
2.65-3.6
2.65-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball CBGA
-40 to +85C
S29AL016J
Yes
Yes
Different sector architcture. Atmel device does not have
WP#.
Atmel
AT49BV320D
32
2.65-3.6
2.65-3.6
x16
Boot Sector
70
48-Pin TSOP
47-Ball CBGA
-40 to +85C
S29GL032N
No
No
Different pinout, command set.
Atmel
AT49BV322D
32
2.65-3.6
2.65-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball CBGA
-40 to +85C
S29GL032N
Yes
Yes
–
Atmel
AT49BV640D
64
2.65-3.6
2.65-3.6
x16
Boot Sector
70
48-Ball CBGA
-40 to +85C
S29GL064N
No
No
Different ball-out, command set.
Atmel
AT49BV642D
64
2.65-3.6
2.65-3.6
x16
Boot Sector
70
48-Pin TSOP
-40 to +85C
S29GL064N
Yes
Yes
Different sector architecture for similar pin-out models.
EON
EN29LV800B
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
55, 70, 90
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29AL008J
Yes
Yes
This EON part is EOL. EON device does not have WP#.
EON
EN29LV800C
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
-45 to +125C
S29AL008J
Yes
Yes
EON device does not have WP#.
EON
EN29LV160A
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball FBGA
44-Pin SOP
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
This EON part is EOL. EON device does not have WP#.
EON
EN29LV160B
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
S29AL016J
Yes
Yes
EON device does not have WP#.
EON
EN29LV320A
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
This EON part is EOL. S29GL-N supports Page Mode.
EON
EN29LV320B
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
S29GL032N
Yes
Yes
S29GL-N supports Page Mode.
EON
EN29PL032
32
2.7-3.6
2.7-3.6
x16
Boot Sector
70
48-Pin TSOP
-40 to +85C
S29JL032H
Yes
Yes
Different sector architecture to S29JL032H. S29JL032H
is not a page-mode device. This EON device is a page
mode device.
EON
EN29LV640T/B
64
2.7-3.6
3.0-3.6
2.7-3.6
3.0-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball FBGA
64-Ball TFBGA
-40 to +85C
S29GL064N
Yes
Yes
70ns access time only available for 3.0-3.6 voltage
range.
Manufacturer
Device
Density Voltage
(Mb)
(V)
VIO (V)
Bus
Width
Sector
Type
Initial Access
Times (ns)
AMIC
A29L800A
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
AMIC
A29L008A
8
2.7-3.6
2.7-3.6
x8
AMIC
A29L008
8
2.7-3.6
2.7-3.6
AMIC
A29L160A
16
3.0-3.6
AMIC
A29L320A
32
AMIC
A29L640
Atmel
6
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
90
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29GL064N
Yes
Yes
This EON device is EOL. S29GL032N has different sector
architecture for similar pin-out models.
Boot Sector
Uniform Sector
70
48-Pin TSOP
56-Pin TSOP
48-Ball TFBGA
64-Ball FBGA
-40 to +85C
S29GL064N
Yes
Yes
–
x16
Boot Sector
70
48-Pin TSOP
-40 to +85C
S29JL064H
Yes
Yes
S29JL064H is not a page-mode device. This EON device
is a page mode device.
1.65-3.6
x8, x16
Uniform Sector
70
56-Pin TSOP
64-Ball FBGA
-40 to +85C
S29GL128P
Yes
Yes
–
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90, 120
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29AL008J
Yes
Yes
ESI device does not have WP#.
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
ESI device does not have WP#.
ES29LV160F
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
55, 70
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
ESI device does not have WP#.
ESI
ES29LV320E
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
–
ESI
ES29LV320F
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
–
ESI
ES29LV640
64
2.7-3.6
3.0-3.6
2.7-3.6
3.0-3.6
x8, x16
Boot Sector
55, 70
48-Pin TSOP
48-Ball FBGA
0 to +70C
-40 to +85C
S29GL064N
Yes
Yes
55ns access time only available for 3.0-3.6 voltage
range.
ESMT
F49L800UA/
F49L800BA
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
0 to +70C
-40 to +85C
S29AL008J
Yes
Yes
ESMT device does not have WP#.
ESMT
F49L160UA/
F49L160BA
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
Industrial temp grade only available for regulated VCC
and 90ns speed. ESMT device does not have WP#.
ESMT
F49L320UA/
F49L320BA
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
–
Macronix
MX29LV800C
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
45, 55, 70, 90
48-Pin TSOP
48-Ball T/LFBGA
44-Pin SOP
0 to +70C
-40 to +85C
S29AL008J
Yes
Yes
Macronix device does not have WP#. S29AL016J is
pin-compatible with 48-Pin TSOP, 48-Ball TFBGA and
48-Ball LFBGA.
Macronix
MX29LV160D
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball T/LFBGA
48-Ball WFBGA/
XFLGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
S29AL016J is pin-compatible with 48-Pin TSOP,
48-Ball TFBGA and 48-Ball LFBGA.
Macronix
MX29LV161D
16
2.7-3.6
1.65-3.6
x16
Boot Sector
90
48-Pin TSOP
48-Ball TFBGA
48-Ball WFBGA/
XFLGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
S29AL016J is pin-compatible with 48-Pin TSOP and
48-Ball TFBGA. Macronix device replaces BYTE#
with VIO.
Macronix
MX29LV320D
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball T/LFBGA
44-Pin SOP
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
S29GL032N is pin-compatible with 48-Pin TSOP,
48-Ball TFBGA and 48-Ball LFBGA.
Macronix
MX29LV321D
32
2.7-3.6
1.65-3.6
x16
Boot Sector
90
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
S29GL032N is pin-compatible with 48-Pin TSOP and
48-Ball TFBGA. Macronix device replaces BYTE# with
VIO. S29GL032N supports Page Mode.
Macronix
MX29LV640D
64
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
90
44-Pin SOP
48-Pin TSOP
48-Ball LFBGA
-40 to +85C
0 to +70C
S29GL064N
Yes
Yes
Macronix does not recommend this device for new
designs. S29GL064N is pin-compatible with 48-Pin
TSOP and 48-Ball LFBGA. S29GL064N supports
Page Mode.
Manufacturer
Device
Density Voltage
(Mb)
(V)
VIO (V)
Bus
Width
Sector
Type
Initial Access
Times (ns)
EON
EN29LV640H/L
64
2.7-3.6
2.7-3.6
x16
Uniform Sector
EON
EN29GL064
64
2.7-3.6
1.65-3.6
x8, x16
EON
EN29PL064
64
2.7-3.6
2.7-3.6
EON
EN29GL128
128
2.7-3.6
ESI
ES29LV800E
8
ESI
ES29LV160E
ESI
7
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
70
48-Pin TSOP
48-Ball FBGA
-40 to +85C
0 to +70C
S29GL064N
Yes
Yes
S29GL064N supports Page Mode.
Uniform Sector
90
48-Pin TSOP
56-Pin TSOP
70-Pin SSOP
-40 to +85C
S29GL128P
Yes
Yes
S29GL128P is pin-compatible with 56-Pin TSOP.
S29GL128P supports Page Mode.
x8, x16
Boot Sector
Uniform Sector
70
48-Pin TSOP
48-Ball LFBGA
56-Pin TSOP
64-Ball LFBGA
-40 to +85C
S29GL032N
Yes
Yes
–
2.7-3.6
x8, x16
Boot Sector
Uniform Sector
70, 90
48-Pin TSOP
48-Ball LFBGA
56-Pin TSOP
64-Ball LFBGA
-40 to +85C
S29GL064N
Yes
Yes
–
2.7-3.6
1.65-3.6
x8, x16
Uniform Sector
90, 110
56-Pin TSOP
64-Ball FBGA
64-Ball LFBGA
70-Pin SSOP
-40 to +85C
0 to +70C
S29GL128P
Yes
Yes
S29GL128P is pin compatible with 56-pin TSOP,
64-Ball FBGA and 64-Ball LFBGA.
256
2.7-3.6
1.65-3.6
x8, x16
Uniform Sector
90, 100, 110
56-Pin TSOP
64-Ball FBGA
64-Ball LFBGA
70-Pin SSOP
-40 to +85C
0 to +70C
S29GL256P
Yes
Yes
S29GL256P is pin compatible with 56-pin TSOP,
64-Ball FBGA and 64-Ball LFBGA.
MX29GL512E
512
2.7-3.6
3.0-3.6
2.7-3.6
3.0-3.6
x8, x16
Uniform Sector
100, 110
56-Pin TSOP
64-Ball LFBGA
70-Pin SSOP
-40 to +85C
0 to +70C
S29GL512P
Yes
Yes
S29GL512P is pin compatible with 56-pin TSOP
and 64-Ball LFBGA.
Numonyx
M29W800D
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
45, 70, 90
48-Pin TSOP
48-Ball TFBGA
44-Pin SOP
-40 to +85C
S29AL008J
Yes
Yes
Numonyx device does not have WP#.
Numonyx
M29W800F
8
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90 (KGD only)
48-Pin TSOP
48-Ball TFBGA
-40 to +125C
S29AL008J
Yes
Yes
Numonyx device does not have WP#.
Numonyx
M29W160E
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
S29AL016J
Yes
Yes
Numonyx device does not have WP#.
Numonyx
M29W160F
16
2.5-3.6
2.5-3.6
x8, x16
Boot Sector
70, 80
48-Pin TSOP
48-Ball TFBGA
-40 to +125C
S29AL016J
Yes
Yes
Numonyx device does not have WP#.
Numonyx
M29W320D
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
-40 to +125C
S29GL032N
Yes
Yes
Different sector architecture.
Numonyx
M29W320E
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
–
Numonyx
M29W320F
32
2.5-3.6
2.5-3.6
x8, x16
Boot Sector
70, 80
48-Pin TSOP
48-Ball TFBGA
-40 to +125C
S29GL032N
Yes
Yes
Different sector architecture.
Numonyx
M29W640F
64
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
60, 70
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
S29GL064N
Yes
Yes
S29GL064N has larger page-read size.
Numonyx
M29W640G
64
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
Uniform Sector
60, 70, 90
48-Pin TSOP
48-Ball TFBGA
56-Pin TSOP
64-Ball FBGA
-40 to +85C
S29GL064N
Yes
Yes
S29GL064N has larger page-read size. S29GL064N
supports VIO of 1.65 to 3.6 on uniform sector models.
Refer to datasheet for best match package and sector
architecture model.
Numonyx
M29W064F
64
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
60, 70
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
-40 to +125C
S29GL064N
Yes
Yes
S29GL064N has larger page-read size.
Numonyx
M29W128F
128
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
60
56-Pin TSOP
64-Ball TBGA
-40 to +85C
S29GL128P
Yes
Yes
Different sector sizes.
Manufacturer
Device
Density Voltage
(Mb)
(V)
VIO (V)
Bus
Width
Sector
Type
Initial Access
Times (ns)
Macronix
MX29LV640E
64
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
Macronix
MX29LV128D
128
3.0-3.6
3.0-3.6
x8, x16
Macronix
MX29GL320E
32
2.7-3.6
2.7-3.6
Macronix
MX29GL640E
64
2.7-3.6
Macronix
MX29GL128E
128
Macronix
MX29GL256E
Macronix
8
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
60, 70, 80
56-Pin TSOP
64-Ball TBGA
64-Ball FBGA
0 to +70C
-40 to +85C
-40 to +125C
S29GL128P
Yes
Yes
Numonyx device access time is 80ns if full VIO is needed.
Different sector sizes.
Uniform Sector
60, 70, 80
56-Pin TSOP
64-Ball TBGA
64-Ball LBGA
0 to +70C
-40 to +85C
S29GL256P
Yes
Yes
Numonyx device access time is 80ns if full VIO is needed.
Different sector sizes.
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29JL032H
S29PL032J
Yes
Yes
Bank architecture is similar to S29JL032H model 31
or 32. S29JL032H is available in 48-pin TSOP, no
page-mode; S29PL032J has page mode and available
as 48-ball FBGA.
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29JL032H
S29PL032J
Yes
Yes
Bank architecture is similar to S29JL032H model 41
or 42. S29JL032H is available in 48-pin TSOP, no
page-mode; S29PL032J has page mode and available
as 48-ball FBGA.
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
60, 70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29JL064H
S29PL064J
Yes
Yes
S29JL064H is available as 48-Pin TSOP, no page mode;
S29PL064J has page mode and available as 48-ball FBGA.
64
2.7-3.6
2.7-3.6
x16
Boot Sector
60, 70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29JL064H
S29PL064J
Yes
Yes
S29JL064H is available as 48-Pin TSOP, no page mode;
S29PL064J has page mode and available as 48-ball FBGA.
M29DW128F
128
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
60
56-Pin TSOP
64-Ball TBGA
0 to +70C
-40 to +85C
S29PL127J
Yes
Yes
Compatible with S29PL127J in x16 mode, top-boot,
56-Pin TSOP
Numonyx
M29DW127G
128
2.7-3.6
1.65-3.6
x8, x16
Boot Sector
60, 70, 80
56-Pin TSOP
64-Ball TBGA
-40 to +85C
S29PL127J
Yes
Yes
Numonyx device access time is 80ns if full VIO is needed.
Compatible with S29PL127J in x16 mode, top-boot,
56-Pin TSOP.
Numonyx
M29DW128G
128
2.7-3.6
1.65-3.6
x16
Boot Sector
60, 70, 80
56-Pin TSOP
64-Ball TBGA
-40 to +85C
S29PL127J
Yes
Yes
Numonyx device access time is 80ns if full VIO is needed.
Compatible with S29PL127J in top-boot 56-Pin TSOP.
Numonyx
M29DW256G
256
2.7-3.6
1.65-3.6
x16
Boot Sector
60, 70
56-Pin TSOP
64-Ball TBGA
64-Ball LBGA
0 to +70C
-40 to +85C
S29GL256P
Yes
Yes
Numonyx device access time is 80ns if full VIO is needed.
Pin compatible with S29GL256P x16 mode with no
simul-op. Different sector architecture.
Numonyx
28F256M29EW
256
2.7-3.6
1.65-3.6
x8, x16
Uniform Sector
100 (FBGA), 110 (TSOP)
56-Pin TSOP
64-Ball FBGA
-40 to +85C
S29GL256P
Yes
Yes
Spansion offers 90ns access time with regulated VCC.
Numonyx
28F512M29EW
512
2.7-3.6
1.65-3.6
x8, x16
Uniform Sector
100 (FBGA), 110 (TSOP)
56-Pin TSOP
64-Ball FBGA
-40 to +85C
S29GL512P
Yes
Yes
Spansion offers 100ns access time with regulated VCC.
Numonyx
28F00AM29EW
1G
2.7-3.6
1.65-3.6
x8, x16
Uniform Sector
100 (FBGA), 110 (TSOP)
56-Pin TSOP
64-Ball FBGA
-40 to +85C
S29GL01GP
Yes
Yes
Spansion offers 110ns access time with regulated VCC.
Numonyx
28F640P33
64
2.3-3.6
2.3-3.6
x16
Boot Sector
95 (BGA), 105 (TSOP)
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL064N
No
No
This Numonyx device is undergoing process migration.
Different sector architecture, pinouts, and command set.
Numonyx
28F128P33
128
2.3-3.6
2.3-3.6
x16
Boot Sector
95 (BGA), 105 (TSOP)
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL128P
No
No
This Numonyx device is undergoing process migration.
Different sector architecture, pinouts, and command set.
Numonyx
28F256P33
256
2.3-3.6
2.3-3.6
x16
Boot Sector
95 (BGA), 105 (TSOP)
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL256P
No
No
Different sector architecture, pinouts, and command set.
Numonyx
28F512P33
512
2.3-3.6
2.3-3.6
x16
Boot Sector
Uniform sector
95 (BGA), 105 (TSOP)
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL512P
No
No
Different pinouts and command set. Similar sector
architecture for uniform sector models.
Numonyx
28F00AP33
1G
2.3-3.6
2.3-3.6
x16
Boot Sector
Uniform Sector
95 (BGA), 105 (TSOP)
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL01GP
No
No
Different pinouts and command set. Similar sector
architecture for uniform sector models.
Numonyx
28F320J3
32
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
75
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL032N
No
No
Different pinouts and command set.
Numonyx
28F640J3
64
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
75
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL064N
No
No
Different pinouts and command set.
Manufacturer
Device
Density Voltage
(Mb)
(V)
VIO (V)
Bus
Width
Sector
Type
Initial Access
Times (ns)
Numonyx
M29W128G
128
2.7-3.6
1.65-3.6
x8, x16
Uniform Sector
Numonyx
M29W256G
256
2.7-3.6
1.65-3.6
x8, x16
Numonyx
M29DW323D
32
2.7-3.6
2.7-3.6
Numonyx
M29DW324D
32
2.7-3.6
Numonyx
M29DW640F
64
Numonyx
M29DW641F
Numonyx
9
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL128P
No
No
Different pinouts and command set.
95 (BGA), 105 (TSOP)
56-Pin TSOP
64-Ball Easy BGA
-40 to +85C
S29GL256P
No
No
Different pinouts and command set.
Boot Sector
70, 85, 90, 100
48-Pin TSOP
46-Ball TFBGA
0 to +70C
-40 to +85C
S29AL016J
No
No
Different sector architecture, pinouts, and command set.
x16
Boot Sector
70, 85, 90, 100
48-Pin TSOP
46-Ball TFBGA
0 to +70C
-40 to +85C
S29AL016J
No
No
Different sector architecture, pinouts, and command set.
1.65-3.6
x16
Boot Sector
70, 85, 90, 100
48-Pin TSOP
47-Ball TFBGA
-40 to +85C
S29GL032N
No
No
Different pinouts & command set
2.7-3.6
1.65-3.6
x16
Boot Sector
70, 85, 90, 100
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29GL064N
Yes
No
Pin compatible with S29GL064N model numbers 06, 07,
V6, V7 (48-Pin TSOP). Different sector architecture and
command set.
64
2.7-3.6
2.7-3.6
x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
S29GL064N
Yes
No
Pin compatible with S29GL064N model numbers 06, 07,
V6, V7 (48-Pin TSOP). Different sector architecture and
command set.
M58BW016D
M58BW016F
16
2.7-3.6
2.4-3.6
x32
Boot Sector
70, 80
80-Pin PQFP
80-Ball LBGA
-40 to +90C
-40 to +125C
S29CL016J
Yes
No
Numonyx device does not have RY/BY#, and has
additional Burst Address Advance and Output Disable
pins.
Numonyx
M58BW16F
16
2.7-3.6
2.5-3.3
2.4-3.6
x32
Boot Sector
45, 55
80-Pin PQFP
80-Ball LBGA
-40 to +125C
S29CD016J
S29CL016J
Yes
No
45ns access only available with 2.7-3.6 voltage range.
Numonyx device does not have RY/BY#, replaces ACC
with Program/Erase Enable, and has additional Burst
Address Advance and Output Disable pins.
Numonyx
M58BW32F
32
2.7-3.6
2.5-3.3
2.4-3.6
x32
Boot Sector
45, 55
80-Pin PQFP
80-Ball LBGA
-40 to +125C
S29CD032J
S29CL032J
Yes
No
45ns access only available with 2.7-3.6 voltage range.
Numonyx device does not have RY/BY#, replaces ACC
with Program/Erase Enable, and has additional Burst
Address Advance and Output Disable pins.
Samsung
K8P1615UQB
16
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
48-Pin TSOP
48-Ball FBGA
0 to +70C
-25 to +85C
-40 to +85C
S29PL032J
S29JL032H
Yes
Yes
Different sector architecture. S29JL032H is available
in 48-pin TSOP, no page-mode. S29PL032J has page
mode and available as 48-ball FBGA.
Samsung
K8P3215UQB
32
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
55
48-Pin TSOP
48-Ball FBGA
64-Ball FBGA
0 to +70C
-25 to +85C
-40 to +85C
S29PL032J
S29JL032H
Yes
Yes
Different sector architecture to S29JL032H. S29JL032H
is available in 48-pin TSOP, no page-mode. S29PL032J
has page mode and available as 48-ball FBGA.
Samsung
K8P3315UQB
32
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
48-Pin TSOP
48-Ball FBGA
64-Ball FBGA
0 to +70C
-25 to +85C
-40 to +85C
S29PL032J
S29JL032H
Yes
Yes
Different bank architecture. S29JL064H is available in
48-pin TSOP, no page-mode. S29PL064J has page
mode and available as 48-ball FBGA.
Samsung
K8P6415UQB
64
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
48-Pin TSOP
48-Ball FBGA
64-Ball FBGA
0 to +70C
-25 to +85C
-40 to +85C
S29PL064J
S29JL064H
Yes
Yes
S29JL064H is available in 48-pin TSOP, no page-mode.
S29PL064J has page mode and available as 48-ball FBGA.
Samsung
K8P6515UQB
64
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
48-Pin TSOP
48-Ball FBGA
64-Ball FBGA
0 to +70C
-25 to +85C
S29PL064J
S29JL064H
N/A
N/A
Competitor datasheet not available at time of print.
Samsung
K8Q2815UQB
128
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
56-Pin TSOP
-25 to +85C
-40 to +85C
S29GL128P
Yes
Yes
Different sector sizes. S29GL128P is a monolithic, single
bank device. Samsung is a 2-die, multibank device.
Samsung
K8P2815UQB
128
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
64-Ball FBGA
80-Ball FBGA
0 to +70C
-25 to +85C
-40 to +85C
S29PL127J
Yes
Yes
Pin-compatible with S29PL127J 80-Ball FBGA.
S29PL127J offers faster access speeds.
Samsung
K8P2915UQB
128
2.7-3.6
1.65-1.95
2.7-3.6
x16
Boot Sector
60
64-Ball FBGA
80-Ball FBGA
0 to +70C
-25 to +85C
S29PL129N
Yes
Yes
Pin-compatible with S29PL129N 64-Ball FBGA.
Different sector architecture.
Device
Density Voltage
(Mb)
(V)
VIO (V)
Bus
Width
Sector
Type
Initial Access
Times (ns)
Numonyx
28F128J3
128
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
75
Numonyx
28F256J3
256
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
Numonyx
M28W160C
16
2.7-3.6
1.65-3.6
x16
Numonyx
M28W160EC
16
2.7-3.6
1.65-3.6
Numonyx
M28W320FC
32
2.7-3.6
Numonyx
M28W640FC
64
Numonyx
M28W640HC
Numonyx
MCP
Serial
Temp
Range
Manufacturer
10
Packages
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
56-Pin TSOP
84-Ball FBGA
0 to +70C
-25 to +85C
-40 to +85C
S29PL256N
Yes
Yes
Pin-compatible with S29PL256N 84-Ball FBGA.
70, 90
48-Pin TSOP
48-Ball TFBGA
48-Ball XFLGA
0 to +70C
-40 to +85C
S29AL008J
Yes
Yes
Different sector architecture.
Uniform Sector
55
48-Pin TSOP
48-Ball TFBGA
48-Ball XFLGA
0 to +70C
S29AL008J
Yes
Yes
Different sector architecture.
x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
SST device does not have BYTE#.
2.7-3.6
x16
Uniform Sector
70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
Different sector architecture, SST device does not have
RY/BY# and BYTE# pins.
2.7-3.6
2.7-3.6
x8
Uniform Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
Different sector architecture.
16
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
Dual-bank
70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
Different sector architecture. SST device is Simul-Op.
SST36VF1601/2G
16
2.7-3.6
2.7-3.6
x8, x16
Uniform Sector
Dual-bank
70
48-Pin TSOP
48-Ball TFBGA
56-Ball LFBGA
0 to +70C
-40 to +85C
S29AL016J
Yes
Yes
Different sector architecture. SST device is Simul-Op.
SST
SST39VF3201/2B
32
2.7-3.6
2.7-3.6
x16
Uniform Sector
70
48-Pin TSOP
48-Ball TFBGA
0 to +70C
-40 to +85C
S29GL032N
Yes
Yes
Different sector architecture. SST supports 4KB sectors
with 64KB overlay block. Spansion sector size is
equivalent to SST block size.
SST
SST36VF3203/4
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
48-Ball TFBGA
-20 to +85C
-40 to +85C
S29JL032H
S29PL032J
Yes
Yes
Different bank/sector architecture. SST supports 4KB
sectors with 64KB overlay block. S29JL032H is available
in 48-pin TSOP, no page-mode. S29PL032J has page
mode and available as 48-ball FBGA.
SST
SST39VF6401/2B
64
2.7-3.6
2.7-3.6
x16
Uniform Sector
70, 90
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
0 to +70C
S29GL064N
Yes
Yes
Different sector architecture. SST supports 4KB sectors
with 64KB overlay block. Spansion sector size is
equivalent to SST block size.
SST
SST38VF6401/2/
3/4
64
2.7-3.6
2.7-3.6
x16
Uniform Sector
Boot Sector
90
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
0 to +70C
S29GL064N
Yes
Yes
Different sector architecture. SST supports 4KB sectors
with 64KB overlay block. Spansion sector size is
equivalent to SST block size.
Winbond
W19B160B
16
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70, 90
48-Pin TSOP
-20 to +85C
-40 to +85C
S29AL016J
Yes
Yes
Winbond device does not have WP#.
Winbond
W19B320B
32
2.7-3.6
2.7-3.6
x8, x16
Boot Sector
70
48-Pin TSOP
-20 to +85C
-40 to +85C
S29GL032N
Yes
Yes
–
Device
Density Voltage
(Mb)
(V)
VIO (V)
Bus
Width
Sector
Type
Initial Access
Times (ns)
Samsung
K8P5615UQA
256
2.7-3.6
2.7-3.6
x16
Boot Sector
70
SST
SST39VF800A
8
2.7-3.6
2.7-3.6
x16
Uniform Sector
SST
SST39LF800A
8
3.0-3.6
3.0-3.6
x16
SST
SST39VF1601/2C
16
2.7-3.6
2.7-3.6
SST
SST39VF1601/2
16
2.7-3.6
SST
SST39VF1681/2
16
SST
SST36VF1601/2E
SST
Packages
MCP
Serial
Parallel 5V
Temp
Range
Manufacturer
11
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
Spansion offers 45ns access time.
Sector architecture is different.
55, 70, 90
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
Spansion offers 45ns access time.
Sector architecture is different.
Boot Sector
70, 90, 120, 150
32-Pin PDIP
32-Pin PLCC
32-Pin TSOP
0 to +70C
Am29F002B/NB
Yes
Yes
Spansion offers 55ns access time.
x8
Uniform Sector
55, 70
32-Pin PDIP
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F040B
Yes
Yes
–
–
x8, x16
Boot Sector
55, 70, 90
44-Pin SO
48-Pin TSOP
0 to +70C
-40 to +85C
Am29F800B
Yes
Yes
Program/Erase operation for AMIC device only within
0 to +85C range.
4.5-5.5
–
x8
Uniform Sector
55, 70, 90
44-Pin SO
40-Pin TSOP
48-Pin TSOP
0 to +70C
-40 to +85C
Am29F016D
Yes
Yes
–
512K
4.5-5.5
–
x8
Uniform Sector
70, 90, 120, 150
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
Different densities – Atmel pin out lacks highest
address bit, different sector sizes. Atmel is a pageprogram device. Spansion offers 45ns access time.
AT29C010A
1
4.5-5.5
–
x8
Boot Sector
70, 90, 120, 150
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
Atmel is a page-program device and the sector
architecture is different. Spansion offers 45ns
access time.
Atmel
AT49F1024A
1
4.5-5.5
–
x16
Boot Sector
45
40-Pin VSOP
0 to +70C
Am29F200B
No
Yes
Not pin out compatible - different packages.
Different densities. Sector architecture is different.
Atmel
AT29C020
2
4.5-5.5
–
x8
Boot Sector
70, 90, 100, 120, 150
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F002NB
Yes
Yes
Atmel is a page-program device and the sector
architecture is different. Spansion offers 55ns
access time.
Atmel
AT29C040A
4
4.5-5.5
–
x8
Boot Sector
90, 120, 150, 200
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F040B
Yes
Yes
Atmel is a page-program device and the sector
architecture is different. Spansion offers 55ns
access time.
Atmel
AT49BV040B
4
4.5-5.5,
(2.7 to
5.5V)
–
x8
Boot Sector
55
32-Pin PLCC
32-Pin TSOP
32-Pin VSOP
-40 to +85C
Am29F040B
Yes
Yes
Atmel device operates from 2.7 to 5.5V. This cross
is to a 5V Spansion device. Sector architecture
is different. This Atmel device is on the matured
products list and should not be considered for new
designs.
EON
EN29F010
1
4.5-5.5
–
x8
Uniform Sector
45, 55, 70, 90
32-Pin PDIP
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
–
Macronix
MX29F200CT/B
2
4.5-5.5
–
x8, x16
Boot Sector
70, 90
44-Pin SO
48-Pin TSOP
48-Pin RTSOP
-40 to +85C
Am29F200B
Yes
Yes
Spansion offers 45ns access time.
Macronix
MX29F400CT/B
4
4.5-5.5
–
x8, x16
Boot Sector
70, 90
44-Pin SO
48-Pin TSOP
0 to +70C
-40 to +85C
Am29F400B
Yes
Yes
Spansion offers 45ns access time.
Macronix
MX29F040C
4
4.5-5.5
–
x8
Uniform Sector
70, 90
32-Pin PLCC
32-Pin TSOP
-40 to +85C
Am29F040B
Yes
Yes
Spansion offers 55ns access time.
Macronix
MX29F800C T/B
8
4.5-5.5
–
x8, x16
Boot Sector
70, 90
44-Pin SO
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
Am29F800B
Yes
Yes
Spansion offers 55ns access time.
Manufacturer
Device
Density Voltage
Bus
(Mb)
(V)
VIO (V) Width
Sector
Type
Initial Access
Times (ns)
AMIC
A29010
1
4.5-5.5
–
x8
Uniform Sector
55, 70, 90
AMIC
A29001/290011
1
4.5-5.5
–
x8
Boot Sector
AMIC
A29002/290021
2
4.5-5.5
–
x8
AMIC
A29040B
4
4.5-5.5
–
AMIC
A29800
8
4.5-5.5
AMIC
A29016
16
Atmel
AT29C512
Atmel
12
Packages
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
55
44-Pin SO
48-Pin TSOP
-40 to +85C
-40 to +125C
Am29F200B
Yes
Yes
Spansion offers 45ns access time.
Boot Sector
55
44-Pin SO
48-Pin TSOP
-40 to +85C
-40 to +125C
Am29F400B
Yes
Yes
Spansion offers 45ns access time.
x8, x16
Boot Sector
55
44-Pin SO
48-Pin TSOP
48-Ball TFBGA
-40 to +85C
-40 to +125C
Am29F800B
Yes
Yes
–
–
x8, x16
Boot Sector
55
44-Pin SO
48-Pin TSOP
-40 to +85C
-40 to +125C
Am29F160D
Yes
Yes
–
4.5-5.5
–
x8
Uniform Sector
70
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
Different densities – SST pin out lack highest address
bit, different sector architecture. SST is a pageprogram device. Spansion offers 45ns access time.
1
4.5-5.5
–
x8
Uniform Sector
70, 90
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
SST is a page-program device and has different
command sets and sector architecture. Spansion
offers 45ns access time.
SST39SF010A
1
4.5-5.5
–
x8
Uniform Sector
45, 70
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F010B
Yes
Yes
Sector architecture is different.
SST
SST39SF020A
2
4.5-5.5
–
x8
Uniform Sector
45, 70
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F002NB
Yes
Yes
Sector architecture is different.
SST
SST29SF020
2
4.5-5.5
–
x8
Uniform Sector
55
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F002NB
Yes
Yes
Sector architecture is different.
SST
SST39SF040
4
4.5-5.5
–
x8
Uniform Sector
45, 70
32-Pin PLCC
32-Pin TSOP
32-Pin PDIP
0 to +70C
-40 to +85C
Am29F040B
Yes
Yes
Sector architecture is different.
SST
SST29SF040
4
4.5-5.5
–
x8
Uniform Sector
55
32-Pin PLCC
32-Pin TSOP
0 to +70C
-40 to +85C
Am29F040B
Yes
Yes
Sector architecture is different.
Device
Density Voltage
Bus
(Mb)
(V)
VIO (V) Width
Sector
Type
Initial Access
Times (ns)
Numonyx
M29F200F T/B
2
4.5-5.5
–
x8, x16
Boot Sector
Numonyx
M29F400F T/B
4
4.5-5.5
–
x8, x16
Numonyx
M29F800F T/B
8
4.5-5.5
–
Numonyx
M29F160F T/B
16
4.5-5.5
SST
SST29EE512
512K
SST
SST29EE010
SST
MCP
Serial
Parallel 5V
Parallel 3V
Packages
Manufacturer
13
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
8-Pin SO 208mil
16-Pin SO 300mil
8-Pin PDIP 300mil
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
100MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Pin PDIP 300mil
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
Uniform 4KB /w
32KB Blocks &
64KB Blocks
70MHz (@15pF)
66MHz (@30pF)
8-Pin SO 208mil
16-Pin SO 300mil
-40 to +85C
S25FL032P
Yes
Yes
Atmel part does not have HOLD#. Atmel offers
individual sector protection. Core command set
compatible Different sector architecture.
x1, x2
Uniform 4KB /w
32KB Blocks &
64KB Blocks
RapidS: 100MHz (@15pF)
x1, x2: 85MHz (@15pF)
8-Pin SO 208mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
Atmel offers individual sector protection. Atmel
device has RapidS mode which is a non-standard
SPI -based operation. Core command set
compatible. Different sector architecture.
N/A
x1
Uniform 4KB /w
32KB Blocks &
64KB Blocks
66MHz
8-Pin SO 208mil
16-Pin SO 300mil
-40 to +85C
S25FL032P
Yes
Yes
Atmel offers individual sector protection. Core
command set compatible. Different sector
architecture.
2.7-3.6
N/A
x1
Uniform 4KB /w
32KB Blocks &
64KB Blocks
RapidS: 100MHz (@15pF)
x1, x2: 85MHz (@15pF)
8-Land SON 6x8
16-Pin SO 300mil
-40 to +85C
S25FL064P
Yes
Yes
Atmel offers individual sector protection. Atmel
device has RapidS mode which is a non-standard
SPI -based operation. Core command set
compatible. Different sector architecture.
32
2.7-3.6
N/A
x1
Uniform 64KB
100MHz (@20pF, 3.0-3.6V)
75MHz (@30pF, 2.7-3.6V)
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
This EON device is EOL.
EN25B32
32
2.7-3.6
N/A
x1
Split sectors
(2x4KB, 1x8KB,
1x16KB, 1x32KB,
63x64KB)
100MHz (@20pF, 3.0-3.6V)
75MHz (@30pF, 2.7-3.6V)
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
8-Pin PDIP 300mil
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin SO
and 8-Land SON 6x5. This EON device is EOL.
EON
EN25F32
32
2.7-3.6
N/A
x1
Uniform 4KB /w
64KB Blocks
100MHz (@20pF)
75MHz (@30pF)
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
8-Pin PDIP 300mil
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin
SO and 8-Land SON 6x5. Core command set
compatible. Different sector architecture.
EON
EN25Q32A
32
2.7-3.6
N/A
x1, x2,
x4
Uniform 4KB /w
64KB Blocks
100MHz (@20pF)
x2, x4 mode: 80MHz (@30pF)
8-Pin SO 208mil
8-Land SON 6x5
8-Pin PDIP 300mil
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin and 8-Land
SON 6x5. Core command set compatible. Different
sector architecture.
EON
EN25B64
64
2.7-3.6
N/A
x1
Split sectors
(2x4KB, 1x8KB,
1x16KB, 1x32KB,
127x64KB)
100MHz
16-Pin SO 300mil
-40 to +85C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
EON
EN25P64
64
2.7-3.6
N/A
x1
Uniform 64KB
100MHz
16-Pin SO 300mil
-40 to +85C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
EON
EN25Q64
64
2.7-3.6
N/A
x1, x2,
x4
Uniform 4KB
104MHz (@20pF)
x2, x4 mode: 50MHz (@30pF)
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
or 8x6
-40 to +85C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
ESMT
F25L32PA
32
2.7-3.6
NA
x1, x2
Uniform 4KB /w
64KB Blocks
100MHz (@15pF, 3.0-3.6V)
86MHz (@15pF, 3.0-3.6V)
50MHz (@30pF, 2.7-3.6V)
8-Pin SO 208mil
16-Pin SO 300mil
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
ESMT
F25L32QA
32
2.7-3.6
NA
x1, x2,
x4
Uniform 4KB /w
64KB Blocks
100MHz (@15pF, 3.0-3.6V)
86MHz (@15pF, 3.0-3.6V)
50MHz (@30pF, 2.7-3.6V)
8-Pin SO 208mil
16-Pin SO 300mil
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
Macronix
MX25L3205D
32
2.7-3.6
N/A
x1 or x2
Uniform 4KB /w
64KB Blocks
86MHz (@15pF)
66MHz (@30pF)
x2 mode: 50MHz (@15pF)
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
or 4x4
8-Pin PDIP 300mil
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin
SO and 8-Land SON 6x5. Macronix part does not
support x4 mode. Different sector architecture.
Manufacturer
Device
Density Voltage
Bus
(Mb)
(V)
VIO (V) Width
Sector
Type
AMIC
A25L032
32
2.7-3.6
N/A
x1, x2
AMIC
A25LQ032
32
2.7-3.6
N/A
Atmel
AT25DF321
32
2.7-3.6
Atmel
AT25DF321A
32
Atmel
AT26DF321
Atmel
Clock Frequency
Packages
Uniform 4KB /w
64KB Blocks
100MHz
x1, x2,
x4
Uniform 4KB /w
64KB Blocks
N/A
x1
2.7-3.6
N/A
32
2.7-3.6
AT25DF641
64
EON
EN25P32
EON
14
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Device
Density Voltage
Bus
(Mb)
(V)
VIO (V) Width
Sector
Type
Clock Frequency
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
Macronix
MX25L3225D
32
2.7-3.6
N/A
x1, x2
or x4
Uniform 4KB /w
64KB Blocks
104MHz
x2 or x4 mode: 75MHz
8-Pin SO 208mil
-40 to +85C
S25FL032P
Yes
Yes
Macronix part does not have ACC or HOLD#.
Different sector architecture.
Macronix
MX25L3235D
32
2.7-3.6
N/A
x1, x2
or x4
Uniform 4KB /w
64KB Blocks
104MHz
x2 or x4 mode: 75MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
or 8x6
-40 to +85C
S25FL032P
Yes
Yes
Macronix part does not have ACC or HOLD#.
Different sector architecture.
Macronix
MX25L3236D
32
2.7-3.6
N/A
x1, x2
or x4
Uniform 4KB /w
64KB Blocks
104MHz
x2 or x4 mode: 75MHz
8-Pin SO 208mil
-40 to +85C
S25FL032P
Yes
Yes
Macronix part does not have ACC or HOLD#.
Different sector architecture.
Macronix
MX25L3237D
32
2.7-3.6
Yes
x1, x2
or x4
Uniform 4KB /w
64KB Blocks
VI/O=2.7-3.6V:
86MHz (@15pF)
66MHz (@30pF)
x2 or x4 mode: 75MHz (@15pf)
VI/O=1.65-2.7V:
40MHz (15@pF)
x2 or x4 mode: 33MHz (15@pF)
16-Pin SO 300mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
Macronix 16-Pin SO package uses pin 3 as VIO.
Macronix 8-Land SON does not support x4 mode.
Macronix part does not have ACC or HOLD#.
Different sector architecture.
Macronix
MX25L6405D
64
2.7-3.6
N/A
x1 or x2
Uniform 4KB /w
64KB Blocks
86MHz (@15pF)
66MHz (@30pF)
x2 mode: 50MHz (@15pF)
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
S25FL064P
Yes
Yes
Macronix part does not support x4 mode.
Different sector architecture.
Macronix
MX25L6436E
64
2.7-3.6
N/A
x1, x2
or x4
Uniform 4KB /w
32KB Blocks &
64KB Blocks
104MHz
x2 or x4 mode: 70MHz
8-Pin SO 208mil
-40 to +85C
S25FL064P
Yes
Yes
Macronix part does not have ACC or HOLD#.
Different sector architecture.
Macronix
MX25L6445E
64
2.7-3.6
N/A
x1, x2
or x4,
DTR
Uniform 4KB /w
32KB Blocks &
64KB Blocks
104MHz
x2 or x4 mode: 70MHz
Double Transfer Rate Mode:
x1, x2 or x4: 50MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 8x6
-40 to +85C
S25FL064P
Yes
Yes
Macronix part has Double Transfer Rate Mode where
address and data is latched on both SCK rising and
falling edge. Macronix part does not have ACC or
HOLD#. Different sector architecture.
Macronix
MX25L6465E
64
2.7-3.6
N/A
x1, x2
or x4,
DTR
Uniform 4KB /w
32KB Blocks &
64KB Blocks
104MHz
x2 or x4 mode: 70MHz
Double Transfer Rate Mode:
x1, x2 or x4: 50MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 8x6
-40 to +85C
S25FL064P
Yes
Yes
Macronix part has Double Transfer Rate Mode where
address and data is latched on both SCK rising and
falling edge. Macronix part does not have ACC or
HOLD#. Different sector architecture.
Macronix
MX25L12805D
128
2.7-3.6
N/A
x1
Uniform 4KB /w
64KB Blocks
50MHz
16-Pin SO 300mil
-40 to +85C
S25FL128P
Yes
Yes
Spansion offers faster performance at 104MHz clock
rate. Different sector architecture.
Macronix
MX25L12836E
128
2.7-3.6
N/A
x1, x2
or x4,
Parallel
x8
Uniform 4KB /w
32KB Blocks &
64KB Blocks
104MHz
x2 or x4 mode: 70MHz
16-Pin SO 300mil
-40 to +85C
S25FL129P
Yes
Yes
Macronix part does not have ACC or HOLD#.
Macronix part has parallel x8 mode. Different sector
architecture.
Macronix
MX25L12845E
128
2.7-3.6
N/A
x1, x2
or x4,
DTR
Uniform 4KB /w
32KB Blocks &
64KB Blocks
104MHz
x2 or x4 mode: 70MHz
Double Transfer Rate Mode:
x1, x2 or x4: 50MHz
16-Pin SO 300mil
8-Land SON 8x6
-40 to +85C
S25FL129P
Yes
Yes
Macronix part has Double Transfer Rate Mode where
address and data is latched on both SCK rising and
falling edge. Macronix part does not have ACC or
HOLD#. Different sector architecture.
Macronix
MX25L12865E
128
2.7-3.6
N/A
x1, x2
or x4,
DTR,
Parallel
x8
Uniform 4KB /w
32KB Blocks &
64KB Blocks
104MHz
x2 or x4 mode: 70MHz
Double Transfer Rate Mode:
x1, x2 or x4: 50MHz
16-Pin SO 300mil
8-Land SON 8x6
-40 to +85C
S25FL129P
Yes
Yes
Macronix part has Double Transfer Rate Mode where
address and data is latched on both SCK rising and
falling edge. Macronix part does not have ACC or
HOLD#. Macronix part has parallel x8 mode (16-Pin
SO 300mil only). Different sector architecture.
Numonyx
M25P32
32
2.7-3.6
N/A
x1
Uniform 64KB
75MHz
8-Pin SO 208mil,
16-Pin SO 300mil
8-Land SON 6x5
8-Land SON 6x8
-40 to +85C
-40 to +125C
S25FL032P
Yes
Yes
Package, pinout and command set compatible.
Different sector architecture.
Numonyx
M25PX32
32
2.7-3.6
N/A
x1, x2
Uniform 4KB /w
64KB Blocks
75MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x5
TBGA 6x8
-40 to +85C
-40 to +125C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
MCP
Serial
Manufacturer
15
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Manufacturer
Device
Density Voltage
Bus
(Mb)
(V)
VIO (V) Width
Sector
Type
Clock Frequency
Packages
Temp
Range
Recommended Pin
Software
Spansion OPN Compatible Compatible Notes
Numonyx
M25P64
64
2.7-3.6
N/A
x1
Uniform 64KB
75MHz
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
-40 to +125C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
Numonyx
M25PX64
64
2.7-3.6
N/A
x1, x2
Uniform 4KB /w
64KB Blocks
75MHz
8-Land SON 6x8
16-Pin SO 300mil
TBGA 6x8
-40 to +85C
-40 to +125C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
Numonyx
M25P128
128
2.7-3.6
N/A
x1
Uniform 256KB
50MHz
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
S25FL128P
Yes
Yes
Package, pinout, sector size and command set
compatible. Spansion offers faster performance at
104MHz clock rate. Spansion also offers a uniform
64KB sector device option.
SST
SST25VF032B
32
2.7-3.6
N/A
x1
Uniform 4KB /w
32KB Blocks &
64KB Blocks
80MHz
8-Pin SO 208mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
SST
SST26VF032
32
2.7-3.6
N/A
x1, x4
Uniform 4KB /w
8x8KB, 2x32KB
and 62x64KB
Blocks
80MHz
8-Pin SO 208mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
SST device offers individual block protection.
Different sector architecture.
SST
SST25VF064C
64
2.7-3.6
N/A
x1, x2
Uniform 4KB /w
32KB Blocks &
64KB Blocks
x1: 80MHz
x2: 75MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 8x6
0 to +70C
-40 to +85C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
Winbond
W25X32AV
32
2.7-3.6
N/A
x1 or x2
Uniform 4KB /w
64KB Blocks
75MHz
8-Pin SO 208mil
8-Pin PDIP 300mil
16-Pin SO 300mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin
SO and 8-Land SON 6x5. This Winbond product
has been removed from the Winbond product list.
Different sector architecture.
Winbond
W25X32V
32
2.7-3.6
N/A
x1 or x2
Uniform 4KB /w
64KB Blocks
75MHz
8-Pin SO 208mil
8-Pin PDIP 300mil
16-Pin SO 300mil
8-Land SON 8x6
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin
SO and 8-Land SON 8x6. This Winbond product
has been removed from the Winbond product list.
Different sector architecture.
Winbond
W25X32BV
32
2.7-3.6
N/A
x1 or x2
Uniform 4KB /w
32KB Blocks &
64KB Blocks
80MHz (2.7-3.6V)
104MHz (3.0-3.6V)
8-Pin SO 208mil
8-Pin PDIP 300mil
16-Pin SO 300mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin SO
and 8-Land SON 6x5. Different sector architecture.
Winbond
W25Q32V
32
2.7-3.6
N/A
x1, x2,
or x4
Uniform 4KB /w
32KB Blocks &
64KB Blocks
80MHz
8-Pin SO 208mil
8-Land SON 6x5
16-Pin SO 300mil
-40 to +85C
S25FL032P
Yes
Yes
Package, pinout and core command set compatible.
This Winbond product has been removed from the
Winbond product list. Different sector architecture.
Winbond
W25Q32BV
32
2.7-3.6
N/A
x1, x2,
or x4
Uniform 4KB /w
32KB Blocks &
64KB Blocks
x1, x2, x4: 80MHz (2.7-3.6V)
x1, x2: 104MHz (3.0-3.6V)
8-Pin SO 208mil
8-Pin PDIP 300mil
16-Pin SO 300mil
8-Land SON 6x5
-40 to +85C
S25FL032P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin SO
and 8-Land SON 6x5. Different sector architecture.
Winbond
W25X64V
64
2.7-3.6
N/A
x1 or x2
Uniform 4KB /w
64KB Blocks
75MHz
8-Pin PDIP 300mil
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
S25FL064P
Yes
Yes
S25FL032P is pin-compatible with 16-pin SO and
8-Land SON 6x8. This Winbond product has been
removed from the Winbond product list. Different
sector architecture.
Winbond
W25X64BV
64
2.7-3.6
NA
x1 or x2
Uniform 4KB /w
32KB Blocks &
64KB Blocks
80MHz
8-Pin SO 208mil
8-Pin PDIP 300mil
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
S25FL064P
Yes
Yes
S25FL032P is pin-compatible with 8-pin/16-pin SO
and 8-Land SON 6x8. Different sector architecture.
Winbond
W25Q64BV
64
2.7-3.6
NA
x1, x2,
or x4
Uniform 4KB /w
32KB Blocks &
64KB Blocks
80MHz
8-Pin SO 208mil
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
S25FL064P
Yes
Yes
Package, pinout and core command set compatible.
Different sector architecture.
Winbond
W25Q128BV
128
2.7-3.6
NA
x1, x2,
or x4
Uniform 4KB /w
32KB Blocks &
64KB Blocks
80MHz (2.7-3.6V)
104MHz (3.0-3.6V)
16-Pin SO 300mil
8-Land SON 6x8
-40 to +85C
S25FL128P
Yes
Yes
Package, pinout and core command set compatible.
S25FL128P is an x1 device. Different sector
architecture.
16
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Manufacturer
Device
NOR
pSRAM
DRAM
Sector
VCC (V)
VIO (V)
Bus Type
Bus Width
Packages
Recommended
Spansion OPN
Notes
Numonyx
PF38F5060M0Y0C
512Mb
128Mb
–
Uniform
1.8
1.8
ADP
x16
107-ball / 8x11 mm
S71WS512PD0
Contact factory for best replacement option.
Numonyx
PF38F5060M0Y3C
512Mb
128Mb
–
Uniform
1.8
1.8
ADM
x16
107-ball / 8x11 mm
S71NS512RD0
Contact factory for best replacement option.
Numonyx
PF38F5060M0Y3D
512Mb
128Mb
–
Uniform
1.8
1.8
ADM
x16
56-ball / 8x11 or 8x8 mm
S71NS512RD0
Contact factory for best replacement option.
Numonyx
PF38F5060M0Y0Y
512Mb
128Mb
–
Uniform
1.8
1.8
ADP
x16
84-ball / 8x10 mm
S71WS512PD0
Contact factory for best replacement option.
Numonyx
PF38F5060M0Y1Y
512Mb
128Mb
–
Uniform
1.8
1.8
ADM
x16
84-ball / 8x10 mm
S71NS512RD0
Contact factory for best replacement option.
Numonyx
JZ58F0085M0Y0G
512Mb
128Mb
–
Uniform
1.8
1.8
ADP
x16
104-ball PoP / 10x10 mm
S71WS512PD0
Contact factory for best replacement option.
Numonyx
PF38F5050M0Y0C
512Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
107-ball / 8x11 mm
S71WS512PC0
Contact factory for best replacement option.
Numonyx
PF38F5070M0Y0B
512Mb
–
256Mb SDR
Uniform
1.8
1.8
ADP
x16
105-ball / 9x11 mm
S72WS512PE0
Contact factory for best replacement option.
Numonyx
PF38F5070M0Y1E
512Mb
–
256Mb DDR
Uniform
1.8
1.8
ADM
x16
133-ball / 8x8 mm
S72NS512RE0
Contact factory for best replacement option.
Numonyx
PF38F5070M0Y1V
512Mb
–
256Mb DDR
Uniform
1.8
1.8
ADM
x16
165-ball / 9x11 mm
S72NS512RE0
Contact factory for best replacement option.
Numonyx
PF58F0058M0Y1W
512Mb
–
256Mb DDR
Uniform
1.8
1.8
ADM
x16
165-ball / 9x11 mm
S72NS512RE0
Contact factory for best replacement option.
Numonyx
PF38F5060M0Y1E
512Mb
–
128Mb DDR
Uniform
1.8
1.8
ADM
x16
133-ball / 8x8 mm
S72NS512RD0
Contact factory for best replacement option.
Numonyx
PF58F0065M0Y1W
512Mb
–
128Mb DDR
Uniform
1.8
1.8
ADM
x16
165-ball / 9x11 mm
S72NS512RD0
Contact factory for best replacement option.
Numonyx
PF38F4060M0Y3C
256Mb
128Mb
–
Uniform
1.8
1.8
ADM
x16
107-ball / 8x10 mm
S71VS256RD0
Contact factory for best replacement option.
Numonyx
PF38F4060M0Y0C
256Mb
128Mb
–
Uniform
1.8
1.8
ADP
x16
107-ball / 8x10 mm
S71WS256PD0
Contact factory for best replacement option.
Numonyx
PF38F4060M0Y0Y
256Mb
128Mb
–
Uniform
1.8
1.8
ADP
x16
84-ball / 8x10 mm
S71WS256PD0
Contact factory for best replacement option.
Numonyx
PF38F4060M0Y1Y
256Mb
128Mb
–
Uniform
1.8
1.8
ADM
x16
84-ball / 8x10 mm
S71VS256RD0
Contact factory for best replacement option.
Numonyx
PF38F4060M0Y3D
256Mb
128Mb
–
Uniform
1.8
1.8
ADM
x16
56-ball / 8x8 mm
S71VS256RD0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y0C
256Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
107-ball / 8x10 mm
S71WS256PC0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y3C
256Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
107-ball / 8x10 mm
S71NS256PC0 / S71VS256RC0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y0Y
256Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
84-ball / 8x10 mm
S71WS256PC0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y1Y
256Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
84-ball / 8x10 mm
S71NS256PC0 / S71VS256RC0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y3D
256Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
56-ball / 8x8 or 7.7x6.2 mm
S71NS256PC0 / S71VS256RC0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y0Q
256Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS256PC0
Contact factory for best replacement option.
Numonyx
PF38F4050M0Y1Q
256Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS256PC0 / S71VS256RC0
Contact factory for best replacement option.
Numonyx
PF38F4060M0Y0B
256Mb
–
128Mb SDR
Uniform
1.8
1.8
ADP
x16
105-ball / 9x11 mm
S72NS256PD0
Contact factory for best replacement option.
Numonyx
PF38F3050M0Y0C
128Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
107-ball / 8x10 mm
S71WS128PC0
Contact factory for best replacement option.
Numonyx
PF38F3050M0Y0Y
128Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
84-ball / 8x10 mm
S71WS128PC0
Contact factory for best replacement option.
Numonyx
PF38F3050M0Y1Y
128Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
84-ball / 8x10 mm
S71NS128PC0
Contact factory for best replacement option.
Numonyx
PF38F3050M0Y3D
128Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
56-ball / 6.2x7.7 mm
S71NS128PC0
Contact factory for best replacement option.
Numonyx
PF38F3050M0Y3Q
128Mb
64Mb
–
Uniform
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS128PC0
Contact factory for best replacement option.
Numonyx
PF38F3050M0Y0Q
128Mb
64Mb
–
Uniform
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS128PC0
Contact factory for best replacement option.
Numonyx
PF38F3040M0Y0C
128Mb
32Mb
–
Uniform
1.8
1.8
ADP
x16
107-ball / 8x10 mm
S71WS128PB0
Contact factory for best replacement option.
Numonyx
PF38F3040M0Y3D
128Mb
32Mb
–
Uniform
1.8
1.8
ADM
x16
56-ball / 6.2x7.7 mm
S71NS128PB0
Contact factory for best replacement option.
Numonyx
PF38F3040M0Y3Q
128Mb
32Mb
–
Uniform
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS128PB0
Contact factory for best replacement option.
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
17
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Parallel 1.8V
Parallel 3V
Parallel 5V
Serial
MCP
Manufacturer
Device
NOR
pSRAM
DRAM
Sector
VCC (V)
VIO (V)
Bus Type
Bus Width
Packages
Recommended
Spansion OPN
Notes
Numonyx
PF38F3040M0Y0Q
128Mb
32Mb
–
Uniform
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS128PB0
Contact factory for best replacement option.
Numonyx
PF38F3060M0Y1E
128Mb
–
128Mb DDR
Uniform
1.8
1.8
ADM
x16
133-ball / 8x8 mm
S72NS128PD0
Contact factory for best replacement option.
Numonyx
PF38F5070L0YB
512Mb
–
256Mb SDR
Uniform
1.8
1.8
ADP
x16
105-ball / 9x11 mm
S72WS512PE0
Contact factory for best replacement option.
Numonyx
JZ58F0046L0YGG
512Mb
–
256Mb DDR
Uniform
1.8
1.8
ADM
x16
128-ball PoP / 12x12 mm
S72NS512RE0
Contact factory for best replacement option.
Numonyx
PF38F4470LLYBBE
2 x 256Mb
–
256Mb SDR
Boot
1.8
1.8
ADP
x16
105-ball / 9x11 mm
S72WS512PE0
Contact factory for best replacement option.
Numonyx
PF38F4050L0YQE
256Mb
64Mb
–
Boot
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS256PC0 / S71VS256RC0
Contact factory for best replacement option.
Numonyx
M36L0R8060L/U3ZAM
256Mb
64Mb
–
Boot
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS256PC0 / S71VS256RC0
Contact factory for best replacement option.
Numonyx
M36L0R8060B/T9ZAQ
256Mb
64Mb
–
Boot
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS256PC0
Contact factory for best replacement option.
Numonyx
M36L0T8060B/T3ZAQ
256Mb
64Mb
–
Boot
1.8
3
ADP
x16
88-ball / 8x10 mm
S71WS256PC0
Contact factory for best replacement option.
Numonyx
M36L0T8060B/T3ZSP
256Mb
64Mb
–
Boot
1.8
3
ADP
x16
80-ball / 7.7x9 mm
S71WS256PC0
Contact factory for best replacement option.
Numonyx
PF38F4040L0YWAE
256Mb
32Mb
–
Boot
1.8
1.8
ADM
x16
44-ball / 7.7x6.2 mm
S71NS256PB0
Contact factory for best replacement option.
Numonyx
PF38F4040L0YWAF
256Mb
32Mb
–
Boot
1.8
1.8
ADM
x16
44-ball / 7.7x6.2 mm
S71NS256PB0
Contact factory for best replacement option.
Numonyx
PF38F4040L0YWAG
256Mb
32Mb
–
Boot
1.8
1.8
ADM
x16
44-ball / 7.7x6.2 mm
S71NS256PB0
Contact factory for best replacement option.
Numonyx
M36L0R8050L/U2ZB
256Mb
32Mb
–
Boot
1.8
1.8
ADM
x16
44-ball / 7.7x9 mm
S71NS256PB0
Contact factory for best replacement option.
Numonyx
PF38F4060L0Y1EE
256Mb
–
128Mb DDR
Boot
1.8
1.8
ADP
x16
133-ball / 8x8 mm
S72WS256PD0
Contact factory for best replacement option.
Numonyx
M39L0R8070B1P5HF
256Mb
–
128Mb DDR
Boot
1.8
1.8
ADP
x16
160-ball PoP / 15x15 mm
S72WS256PD0
Contact factory for best replacement option.
Numonyx
M36L0R7060L/U3ZS
128Mb
64Mb
–
Boot
1.8
1.8
ADM
x16
56-ball / 8x6 mm
S71NS128PC0
Contact factory for best replacement option.
Numonyx
M36L0R7060U3ZAM
128Mb
64Mb
–
Boot
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS128PC0
Contact factory for best replacement option.
Numonyx
M36L0R7060B/T2ZAQ
128Mb
64Mb
–
Boot
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS128PC0
Contact factory for best replacement option.
Numonyx
M36L0T7060B/T3ZAQ
128Mb
64Mb
–
Boot
1.8
3
ADP
x16
88-ball / 8x10 mm
S71WS128PC0
Contact factory for best replacement option.
Numonyx
M36L0R7050B/T3ZAQ
128Mb
32Mb
–
Boot
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS128PB0
Contact factory for best replacement option.
Numonyx
M36L0R7050B/T4ZAQ
128Mb
32Mb
–
Boot
1.8
1.8
ADP
x16
88-ball / 8x10 mm
S71WS128PB0
Contact factory for best replacement option.
Numonyx
M36L0R7050L/U3ZAM
128Mb
32Mb
–
Boot
1.8
1.8
ADM
x16
88-ball / 8x10 mm
S71NS128PB0
Contact factory for best replacement option.
Numonyx
M36L0R7050L/U3ZS
128Mb
32Mb
–
Boot
1.8
1.8
ADM
x16
56-ball / 8x6 mm
S71NS128PB0
Contact factory for best replacement option.
Numonyx
M36L0T7050B/T3ZAQ
128Mb
32Mb
–
Boot
1.8
3
ADP
x16
88-ball / 8x10 mm
S71WS128PB0
Contact factory for best replacement option.
Numonyx
M39L0R7070U3ZE
128Mb
–
128Mb DDR
Boot
1.8
1.8
ADM
x16
133-ball / 8x8 mm
S72NS128PD0
Contact factory for best replacement option.
Numonyx
M39L0R7070U3P2W
128Mb
–
128Mb DDR
Boot
1.8
1.8
ADM
x16
128-ball PoP / 12x12 mm
S72NS128PD0
Contact factory for best replacement option.
SST
SST34WA32A3/A4
32Mb
16Mb
–
Boot
1.7-1.95
1.7-1.95
ADM
x16
56-ball
S71VS064R
Contact factory for best replacement option. SST
does not recommend this device for new designs.
SST
SST34WA3283/84
32Mb
8MB
–
Boot
1.7-1.95
1.7-1.95
ADM
x16
56-ball
S71VS064R
Contact factory for best replacement option. SST
does not recommend this device for new designs.
SST
SST34HF32A4
32Mb
16Mb
–
Boot
2.7-3.3
2.7-3.3
ADP
x8, x16
56-ball / 8x10 mm
62-ball / 8x10 mm
S71GL032NA0
S71GL032NA0 is pin-compatible with the 56-ball
MCP. SST device is a dual-bank device.
SST
SST34HF3282/84
32Mb
8Mb
–
Boot
2.7-3.3
2.7-3.3
ADP
x8, x16
56-ball / 8x10 mm
62-ball / 8x10 mm
S71GL032N80
S71GL032N80 is pin-compatible with the 56-ball
MCP. SST device is a dual-bank device. SST does
not recommend this device for new designs.
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
18
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
Recommended
Spansion OPN
Device
NOR
pSRAM
DRAM
Sector
VCC (V)
VIO (V)
Bus Type
Bus Width
Packages
Notes
SST
SST34HF3244
32Mb
4Mb
–
Boot
2.7-3.3
2.7-3.3
ADP
x8, x16
56-ball / 8x10 mm
62-ball / 8x10 mm
S71GL032N40
S71GL032N40 is pin-compatible with the 56-ball
MCP. SST device is a dual-bank device. SST does
not recommend this device for new designs.
SST
SST34HF1681J
16Mb
8Mb
–
Boot
2.7-3.3
2.7-3.3
ADP
x8, x16
56-ball / 8x10 mm
62-ball / 8x10 mm
S71GL032N80
S71GL032N80 is pin-compatible with the 56-ball
MCP. SST device is a dual-bank device.
SST
SST34HF1641J
16Mb
4Mb
–
Boot
2.7-3.3
2.7-3.3
ADP
x8, x16
56-ball / 8x10 mm
62-ball / 8x10 mm
S71GL032N40
S71GL032N40 is pin-compatible with the 56-ball
MCP. SST device is a dual-bank device.
Toshiba
TY00680002AAGD /
TY00680003AAGD
256Mb
64Mb
–
Boot
1.7-1.95
1.7-1.95
ADP
x16
107-ball / 9x12 mm
S71WS256PC0 / S71WS256NC0
Contact factory for best replacement option.
Toshiba
TV00570002ADGB /
TV00570003ADGB
128Mb
32Mb
–
Boot
2.7-3.3
2.7-3.3
ADP
x16
81-ball / 7x10 mm
S71PL127NB0
Contact factory for best replacement option.
MCP
Serial
Parallel 5V
Parallel 3V
Parallel 1.8V
Manufacturer
Bus Types – ADP: Address Data Parallel, ADM: Address Data Multiplexed, AADM: Address-High, Address-Low, Data Multiplexed
19
Spansion® NOR Flash Memory Competitive Cross Reference Guide, December 2009
Proprietary
About Spansion
Spansion {SPSNQ.PK} is a leading Flash memory
solutions provider, dedicated to enabling, storing
and protecting digital content in wireless, automotive,
networking and consumer electronics applications.
Spansion, previously a joint venture of AMD and
Fujitsu, is the largest company in the world dedicated
exclusively to designing, developing, manufacturing,
marketing, selling and licensing Flash memory
solutions. For more information, visit
http://www.spansion.com.
S PANS IO N
915 Deguigne Drive
PO Box 3453
Sunnyvale, CA 94088-3453, USA
Tel 408-962-2500
1-866-SPANSION
© 2009 Spansion®, the Spansion logo, MirrorBit®, MirrorBit® Eclipse™, ORNAND™, EcoRAM™ and combinations thereof, are trademarks and registered trademarks of
Spansion LLC in the United States and other countries. Other names used are for informational purposes only and may be trademarks of their respective owners.
Spansion Inc. proprietary information. Do not distribute outside of your organization.
43714B
DEC 2009