Hypertec ddr2 dimm

The Hypertec HYMAS75512 is a 512MB DIMM PC2-5300 memory module, equivalent to Asus's offering and compatible with Legacy systems. This 0.5GB DDR2 memory runs at an efficient speed of 667 MHz.

Hypertec X8356A-HY is a 16GB Legacy Sun equivalent memory module with dual-rank, registered ECC DDR2 SDRAM and operates at 667 MHz with a 240-pin DIMM design.

The Hypertec 73P3221-HY is a 512MB DDR2 DIMM PC3200 memory module, compatible with IBM systems and equivalent to the original OEM part. This Legacy memory offers 0.5 GB of efficient performance for your computer upgrades.

Hypertec 1GB DDR2-667 memory kit: 2x512MB, compatible with Legacy systems. Upgrade your computer's performance with this reliable and fast memory solution, designed for smooth multitasking and enhanced efficiency.

Hypertec HYMAP6501G: 1GB DDR II memory for Apple devices, compatible with Legacy systems. Provides improved performance and enhanced multitasking capabilities, ideal for various computing applications.

Hypertec HYMPB0501G is a 1GB DIMM PC2-4200 memory module compatible with Packard Bell. Equipped with a 1x1GB DDR2 533 MHz chip, it enhances your device's performance and speed.

Hypertec HYMAC9501G - 1GB DDR2 533MHz DIMM memory module, compatible with Acer systems, Legacy model. Upgrade or replace your computer's memory for improved performance and multitasking capabilities.

Hypertec 2GB PC2-3200 memory module with 1 x 2GB DDR2 400 MHz, suitable for server memory upgrades and compatible with legacy systems.

Hypertec HYMSI2101G is a 1GB DIMM PC2-3200 MSI Equivalent Memory. It is a Legacy memory module with a speed of 400 MHz, perfect for your computer or laptop upgrade.

Hypertec HYMSI2201G is a 1GB DDR2 533 MHz memory module equivalent to MSI Equivalent Memory. It is ideal for Legacy systems that require PC2-4200 speed and 1GB capacity.

Hypertec HYMSO5601G 1GB DDR2 533MHz Memory - 1x1GB DIMM PC2-4200, compatible with Sony equivalent memory.

Hypertec 1GB PC2-5300 FBD DDR2 667 MHz Memory Module - 1 x 1 GB, ideal for upgrading computer memory and enhancing performance. Compatible with Legacy systems.

The Hypertec 16GB FBDIMM Kit is a memory module consisting of two 8GB DDR2 667 MHz modules. It is designed for legacy systems and uses a 240-pin DIMM form factor.

Upgrade your workstation with a 4 GB DDR2 800 MHz memory module, featuring 240‑pin DIMM design for seamless integration into legacy systems. This non‑buffered, non‑ECC RAM delivers reliable performance and low latency, ideal for multitasking and demanding applications.

This Hypertec 2GB memory module features a speed of 667 MHz and is designed with 1 x 2 GB DDR2 technology. It operates at a voltage level of 1.8V, making it suitable for various computer systems, including PCs and servers.

This Hypertec memory module kit includes two 2GB DDR2 533 MHz memory modules, making a total of 4GB. It's compatible with PC and server systems that support DDR2 memory up to 533MHz.

Hypertec 4GB DDR2 800 MHz memory module compatible with PCs and servers. PC2-6400 rated, 240-pin DIMM form factor. Legacy compatibility ensures seamless integration with older systems.

Reliable 8GB DDR2 memory module with quad rank and registered technology for enhanced performance.

16GB DDR2 memory kit with 2x8GB FB DIMM modules, 240-pin, PC2-5300 compatible for legacy systems.

Upgrade your laptop’s performance with this 1 GB DDR2 SO‑DIMM module, operating at 667 MHz (PC2‑5300) and 1.8 V. Compact 200‑pin design fits a wide range of older notebooks, delivering smooth multitasking without ECC or buffer overhead.

Boost legacy systems with the Hypertec 1 GB DDR2 667 MHz PC2‑5300 memory module. This 240‑pin DIMM delivers reliable, fast performance for older PCs, enabling smooth multitasking and quick data access without ECC or buffering.

Upgrade your legacy system with this 1GB DDR2 667MHz memory module, enhancing performance and capacity.

Upgrade your server’s performance with Hypertec’s 64GB DDR2 PC2‑5300 kit, featuring eight high-speed 8GB DIMMs that deliver reliable, low-latency memory for demanding enterprise workloads.