Hypertec X4226A 4GB DDR2 240-pin DIMM Ram Module

When your older PC or server stalls because it can’t keep up with modern software, the missing piece is often simple memory capacity. The Hypertec X4226A 4GB DDR2 240-pin DIMM Ram Module adds a reliable 4 GB boost to legacy systems, letting you run applications smoother and extend the life of equipment that would otherwise be replaced.

Key Features of a 4 GB DIMM

• Memory form factor: 240-pin DIMM. Fits standard DDR2 slots in PCs and servers.
• Internal memory type: DDR2. Provides compatible performance for older platforms.
• Memory layout (modules x size): 2 x 2 GB. Two chips combine to give the full 4 GB capacity.
• Internal memory: 4 GB. Offers a noticeable increase in available RAM for multitasking.
• Component for: PC/Server. Designed for typical desktop and server motherboards.
• Legacy module: repurposed components handled in a full ESD environment. Ensures safe, clean assembly.
• Quality assurance: fully tested under Hypertec’s stringent QA programme. Guarantees reliable operation.
• Warranty: non-dispute lifetime warranty. Gives peace of mind for long-term use.

Hypertec DIMM

If you run an older workstation, a legacy server, or a specialised industrial PC, finding compatible memory can be a headache. Many retailers only stock newer DDR3 or DDR4 modules that simply won’t fit. This 4 GB DDR2 DIMM from Hypertec is built for exactly those machines, offering a straightforward upgrade path without the need to replace the whole system.

Benefits of Hypertec DIMM

• Compatibility: Works with any DDR2 240-pin slot, removing guesswork.
• Capacity boost: Adds 4 GB of RAM, improving multitasking and load times.
• Reliability: Tested and warrantied for a lifetime, so you can trust its performance.
• Cost-effective: Extends the life of existing hardware, saving you money on a full replacement.

Usages of a 4 GB DIMM

A 4 GB DDR2 DIMM is ideal for upgrading legacy desktops, older Windows servers, and specialised industrial computers that still rely on DDR2 technology, giving them the memory headroom needed for current software and workloads.

Specifications