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Dataram A3737A/TP 512MB Kit (2 X 256MB) EDO ECC Unbuffered 60ns 5V 168-Pin SIMM Memory for 9000 D-cl...
- Memory Capacity: 512MB Kit (2 x 256MB)
- Memory Type: EDO ECC Unbuffered SIMM
- Speed: 60ns
- Voltage: 5V
- Form Factor: 168-Pin SIMM
- ECC: ECC Supported
- Buffering: Unbuffered
- Compatibility: Designed for 9000 D-class systems
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Product Overview
The Dataram A3737A/TP is a 512MB memory kit, comprising two 256MB EDO ECC Unbuffered SIMM modules. Designed for specific server and workstation applications, these modules operate at 60ns with a 5V voltage and feature a 168-pin configuration.
Technical Information
| Memory Size | 512MB Kit (2 x 256MB) |
| Memory Type | EDO ECC Unbuffered SIMM |
| Speed | 60ns |
| Voltage | 5V |
Additional Specifications
| Pins | 168-Pin |
| ECC Support | ECC |
| Buffering | Unbuffered |
| Form Factor | SIMM |
Product Description
The Dataram A3737A/TP memory kit provides a total of 512MB of memory, split into two 256MB modules, specifically designed for older server and workstation systems, particularly those in the '9000 D-class' series. This kit utilizes EDO (Extended Data Out) RAM, a type of DRAM that improves upon standard FPM (Fast Page Mode) memory by allowing data to be read out while the next row address is being pre-charged. This overlap significantly increases memory bandwidth and overall system performance for compatible hardware. Each module in the kit is an ECC (Error-Correcting Code) Unbuffered SIMM. The ECC functionality is critical for mission-critical applications, as it can detect and correct single-bit errors in memory, preventing data corruption and system crashes. The 'Unbuffered' nature means that the memory module connects directly to the memory controller without an intermediate buffer chip, which can reduce latency in some architectures. The 60ns access time indicates the speed at which data can be retrieved from the memory chips. With a 168-pin connector, these SIMMs are designed for motherboards that utilize this specific connector type, common in systems from the late 1990s and early 2000s. The 5V operating voltage is also characteristic of older memory technologies. This kit is an essential upgrade for maintaining or restoring the functionality and performance of legacy systems that rely on EDO ECC memory.
