DDR2 SDRAM achieves a data transfer rate of up to 800Mbps, doubling the data transfer rate of DDR400, with lower power consumption than DDR. This device is available in an FBGA (Fine-pitch Ball Grid Array) package that saves space in the system and that enables the fine signal integrity. DDR2 SDRAM realizes high speed, high density and low power for a high-performance system.
DDR2 Module
Lineup
2Gbit
| wordxbit |
Int. Banks |
Grade |
Part Number |
Class |
Supply Voltage |
Refresh Cycles |
Rev. |
Package |
Datasheet |
Simulation Model |
Product Status |
Remark |
| 512M x 4 |
8 |
DDR2-800(6-6-6) |
EDE2104ABSE |
8G-E |
1.8+/-0.1V |
8K/64ms |
B |
68-FBGA |
E1196E30 |
 |
UD |
|
| DDR2-667(5-5-5) |
6E-E |
|
MP |
| 256M x 8 |
8 |
DDR2-800(6-6-6) |
EDE2108ABSE |
8G-E |
1.8+/-0.1V |
8K/64ms |
B |
68-FBGA |
E1196E30 |
|
MP |
|
| DDR2-667(5-5-5) |
6E-E |
|
MP |
| 128M x 16 |
8 |
DDR2-800(6-6-6) |
EDE2116ABSE |
8G-E |
1.8+/-0.1V |
8K/64ms |
B |
92-FBGA |
E1292E10 |
|
Ask |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
| 128M x 16 |
8 |
DDR2-1066(7-7-7) |
EDE2116ACBG |
1J-F |
1.8+/-0.1V |
8K/64ms |
C |
84-FBGA |
E1461E20X |
– |
UD |
|
| DDR2-800(5-5-5) |
8E-F |
E1486E10X |
– |
UD |
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1Gbit
| wordxbit |
Int. Banks |
Grade |
Part Number |
Class |
Supply Voltage |
Refresh Cycles |
Rev. |
Package |
Datasheet |
Simulation Model |
Product Status |
Remark |
| 256M x 4 |
8 |
DDR2-667(5-5-5) |
EDE1104ABSE |
6E-E |
1.8+/-0.1V |
8K/64ms |
B |
68-FBGA |
E0852E50 |
|
Ask |
|
| DDR2-533(4-4-4) |
5C-E |
|
Ask |
| 256M x 4 |
8 |
DDR2-800(5-5-5) |
EDE1104ACBG |
8E-E |
1.8+/-0.1V |
8K/64ms |
C |
60-FBGA |
E1173E40 |
|
Ask |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
| 256M x 4 |
8 |
DDR2-800(5-5-5) |
EDE1104ACSE |
8E-E |
1.8+/-0.1V |
8K/64ms |
C |
60-FBGA |
E0975E50 |
|
Ask |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
| DDR2-533(4-4-4) |
5C-E |
|
Ask |
| 128M x 8 |
8 |
DDR2-800(5-5-5) |
EDE1108AFBG |
8E-F |
1.8+/-0.1V |
8K/64ms |
F |
60-FBGA |
E1430E20 |
– |
MP |
Lead & Halogen Free |
| DDR2-800(6-6-6) |
8G-F |
– |
MP |
Lead & Halogen Free |
| 128M x 8 |
8 |
DDR2-800(5-5-5) |
EDE1108AFSE |
8E-F |
1.8+/-0.1V |
8K/64ms |
F |
60-FBGA |
E1390E30 |
|
MP |
Lead & Halogen Free |
| DDR2-800(6-6-6) |
8G-F |
|
MP |
Lead & Halogen Free |
| 128M x 8 |
8 |
DDR2-1066(7-7-7) |
EDE1108AGBG |
1J-F |
1.8+/-0.1V |
8K/64ms |
G |
60-FBGA |
E1475E20X |
– |
UD |
Lead & Halogen Free |
| DDR2-800(5-5-5) |
8E-F |
E1472E20X |
– |
UD |
Lead & Halogen Free |
| 64M x 16 |
8 |
DDR2-1066(7-7-7) |
EDE1116AGBG |
1J-F |
1.8+/-0.1V |
8K/64ms |
G |
84-FBGA |
E1475E20X |
– |
UD |
Lead & Halogen Free |
| DDR2-800(5-5-5) |
8E-F |
E1472E20X |
– |
UD |
Lead & Halogen Free |
| 32M x 32 |
4 |
DDR2-1066(7-7-7) |
EDE1032AGBG |
1J-F |
1.8+/-0.1V |
8K/64ms |
G |
128-FBGA |
E1419E20X |
– |
UD |
Lead & Halogen Free |
| DDR2-800(5-5-5) |
8E-F |
E1418E20X |
– |
UD |
Lead & Halogen Free |
| 32M x 32 |
8 |
DDR2-1066(7-7-7) |
EDE1132AGBG |
1J-F |
1.8+/-0.1V |
8K/64ms |
G |
128-FBGA |
E1419E20X |
– |
UD |
Lead & Halogen Free |
| DDR2-800(5-5-5) |
8E-F |
E1418E20X |
– |
UD |
Lead & Halogen Free |
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512Mbit
| wordxbit |
Int. Banks |
Grade |
Part Number |
Class |
Supply Voltage |
Refresh Cycles |
Rev. |
Package |
Datasheet |
Simulation Model |
Product Status |
Remark |
| 64M x 8 |
4 |
DDR2-800(5-5-5) |
EDE5108AJBG |
8E-E |
1.8+/-0.1V |
8K/64ms |
J |
60-FBGA |
E1044E30 |
|
Ask |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
| 32M x 16 |
4 |
DDR2-800(5-5-5) |
EDE5116AJBG |
8E-E |
1.8+/-0.1V |
8K/64ms |
J |
84-FBGA |
E1044E30 |
|
Ask |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
| 16M x 32 |
4 |
DDR2-800(5-5-5) |
EDE5132AABG |
8E-F |
1.8+/-0.1V |
8K/64ms |
A |
128-FBGA |
E1115E40 |
|
MP |
Lead & Halogen Free |
| DDR2-667(5-5-5) |
6E-F |
|
MP |
Lead & Halogen Free |
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256Mbit
| wordxbit |
Int. Banks |
Grade |
Part Number |
Class |
Supply Voltage |
Refresh Cycles |
Rev. |
Package |
Datasheet |
Simulation Model |
Product Status |
Remark |
| 32M x 8 |
4 |
DDR2-800(5-5-5) |
EDE2508AEBG |
8E-E |
1.8+/-0.1V |
8K/64ms |
E |
60-FBGA |
E1175E20 |
|
UD |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
| 16M x 16 |
4 |
DDR2-800(5-5-5) |
EDE2516AEBG |
8E-E |
1.8+/-0.1V |
8K/64ms |
E |
84-FBGA |
E1175E20 |
|
Ask |
|
| DDR2-667(5-5-5) |
6E-E |
|
Ask |
Page Top
*Product Status: UD:Under Development, ES:Engineering Sample, MP:Mass Production, Ask:Contact Elpida sales to check the production status
- Denali simulation models (SOMA library) are available at www.eMemory.com.
- Denali memory models can be used with any Verilog or VHDL platform. To run the Denali memory models on your Verilog or VHDL platform, you must have a Memory Modeler license from Denali Software.
For further information on Denali models, visit their web site at www.denalisoft.com.
- Synopsys memory models are available at http://www.synopsys.com/dw/dwmm.php.
- Synopsys memory models can be used with any Verilog or VHDL platform. To run the Synopsys memory models on your Verilog or VHDL platform, you must have a "DesignWareLibrary" or "DesignWareVerifcationLibrary" license from Synopsys Software. For further information on Synopsys models, visit their web site at www.synopsys.com.
