28-Pin IC Socket – High-Quality DIL Socket for Sinclair ZX Spectrum ROM & Commodore 64

£0.35

Use this high-quality 28-pin IC socket to upgrade your vintage hardware, a professional-grade component essential for the reliable maintenance of 8-bit systems.

Unlike inferior “pressed junk,” these branded DIL (Dual In-Line) sockets offer superior contact tension and long-term durability.

They are the perfect fit for the Sinclair ZX Spectrum ROM IC and Commodore 64 PLA or SID chips.

By installing a socket during a repair, you protect sensitive integrated circuits from heat damage during soldering and make future troubleshooting effortless.

A vital addition to any professional restoration kit.

15 in stock

Description

Premium 28-Pin IC Socket – The Reliable Standard for Retro Restoration

When refurbishing classic hardware, using a high-quality 28-pin IC socket is best practice to protect your motherboard and rare integrated circuits. These sockets are specifically chosen for their precision and reliability, ensuring that your vintage computer continues to operate for decades to come.

Essential for Sinclair & Commodore Systems

This 28-pin footprint is a staple in the retro computing world. It is the primary socket used for:

  • Sinclair ZX Spectrum: The original ROM IC location.
  • Commodore 64: Critical for the SID (Sound Interface Device) and PLA (Programmable Logic Array) chips.
  • Other 8-Bit Logic: Suitable for any standard 0.6″ (wide) DIL integrated circuit or EPROM replacement.

Why Quality Matters

We avoid stocking “cheap” variants that can lose their grip or oxidise over time. Our sockets feature:

  • High-Quality Construction: Branded components that provide a firm, vibration-resistant connection.
  • Thermal Protection: Allows you to solder the socket to the PCB first, avoiding any direct heat stress to delicate original silicon.
  • Professional Finish: Low-profile design to ensure clearance within original cases.

Installation Benefit

Adding a socket during a “re-cap” or repair project transforms the motherboard into a modular system. If a chip fails in the future, it can be swapped out instantly without the risk of lifting delicate PCB traces through repeated desoldering.

Additional information

Weight0.002 g