Raspberry Pi CM5 Jig Flashes Modules With No Carrier

Raspberry Pi began selling an official Compute Module 5 programming jig on August 19, 2026, priced at $600 through its reseller network. It is a single-head provisioning rig: clamp a CM5 into it, and pogo pins handle the electrical connection so you can flash an operating system and a security configuration without ever seating the module in a carrier board. For anyone who has built a product around the CM5, this is the unglamorous piece of tooling that turns a prototype process into a production one.

• The CM5 programming jig costs $600 and is available now through Raspberry Pi resellers
• Pogo pins plus a mechanical clamp replace the carrier board, so modules never need to be socketed to be flashed
• It handles secure boot, full disk encryption, and bare OS installation via the open-source rpi-sb-provisioner software
• Two Gigabit Ethernet ports separate the jig's own network link from the module being provisioned, and Wi-Fi is available with an external antenna

Why a Programming Jig Beats a Carrier Board

The old approach to flashing Compute Modules at any volume was to keep a carrier board on the bench and cycle modules through it. That works until it does not. Sockets wear, insertion is fiddly, and the process is slow enough that flashing a few hundred units becomes its own small project. The jig replaces the socket entirely with spring-loaded pogo pins and a clamping mechanism, which is both faster per module and considerably gentler on the hardware.

The unit is chunky by single-board computer standards, at 181.5 by 170 by 153 mm and just under 1.8 kg, and it runs from a 12V/2A barrel jack, so about 24W. That mass is mostly the clamp assembly, and it is the right tradeoff for a device meant to sit on a production bench rather than a desk.

What Does the CM5 Jig Actually Provision?

This is where it stops being a convenience item. Using rpi-sb-provisioner, the open-source software Raspberry Pi maintains for exactly this workflow, the jig can enable secure boot, apply full disk encryption, and write a bare operating system image. Those are the steps that separate a hobby deployment from a device you can ship to a customer site and reasonably defend.

Two Gigabit Ethernet ports keep the provisioning network and the module's own network link separate, which matters when the module is being brought up in a known-clean state. There is also a USB-C boot connector, LED status indicators for monitoring a run, and Raspberry Pi Connect integration so the jig can be driven remotely through a web interface. It works with Raspberry Pi Imager v2.

Who Is the $600 Jig For?

Not the weekend maker, and Raspberry Pi is not pretending otherwise. Six hundred dollars is the price of roughly a dozen CM5 modules. The buyer is a small manufacturer, a systems integrator, or a team shipping an industrial product built on the CM5 who is currently losing hours per batch to a manual flashing routine, and who needs secure boot configured identically on every unit.

That population has grown considerably. The CM5 keeps turning up as the compute core inside finished products, from the ED-ClawBox mini PC running local agents to edge routers and industrial controllers. Every one of those needs a repeatable provisioning story, and until now each vendor was building one from parts.

If you are choosing what to flash onto those modules in the first place, our Raspberry Pi storage guide covering microSD, eMMC, and NVMe walks through the tradeoffs. More hardware coverage lives in our mini computers section.

Sources: CNX Software — August 19, 2026; Raspberry Pi — August 19, 2026; Hackster.io — August 19, 2026.