KTM16X36LA-60EG Kingston 64MB SIMM Gold Lead Module
KTM16X36LA-60EG Overview
The KTM16X36LA-60EG Kingston 64MB SIMM Gold Lead Module is a legacy memory upgrade designed for compatible computer systems that use 72-pin SIMM memory. It features 64MB capacity, EDO DRAM technology, 16M × 36 module configuration, and a 60ns access time, providing dependable memory performance for older computing platforms. The module uses parity for data integrity and features gold-plated leads for reliable electrical connectivity. Its system-specific design makes it important to verify the host system’s memory requirements before installation. This Kingston memory module is particularly suitable for maintaining or upgrading compatible legacy PCs, workstations, and other systems that support 72-pin EDO SIMM technology.
124.19 AED
Description
| Specification | Details |
|---|---|
| Brand | Kingston |
| Part Number | KTM16X36LA-60EG |
| Capacity | 64MB |
| Memory Technology | EDO DRAM |
| Form Factor | 72-Pin SIMM |
| Module Configuration | 16M × 36 |
| Access Time | 60ns |
| Data Integrity | Parity |
| Lead Plating | Gold |
| Module Type | System-Specific DRAM |
| Application | Legacy Computer Systems |
Frequently Asked Questions
1. What is the Kingston 64MB SIMM memory module?
It is a 64MB EDO DRAM memory module designed for compatible systems that use a 72-pin SIMM memory interface.
2. What type of memory technology does this module use?
The module uses EDO DRAM technology with a 60ns access time and parity-based data integrity.
3. What does the Gold Lead specification mean?
The module uses gold-plated electrical contacts, which provide reliable connectivity between the memory module and the compatible memory slot.
4. Is this memory compatible with modern computers?
No. This is a legacy 72-pin SIMM module intended for older systems that specifically support EDO DRAM memory. System compatibility should be confirmed before purchase.
5. What systems can use this 64MB SIMM?
It is intended for compatible legacy PCs, workstations, and other computing platforms requiring 72-pin EDO SIMM memory with the appropriate configuration.
