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Raspberry Pi Powered Compute Blade Makes the Cut
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Raspberry Pi Powered Compute Blade Makes the Cut [tomshardware.com]:
We've been tracking this project since mid 2021 [tomshardware.com], and the time has been well spent. Ivan Kuleshov's Compute Blade is a thin PCB that packs a plethora of storage options for your Raspberry Pi [tomshardware.com] Compute Module 4 (or compatible). Kuleshov's kickstarter [kickstarter.com] has smashed its $522,209 funding goal, reaching $673,365 at the time of writing.
Image 1 of 4
The Compute Blade is a rack-mountable carrier board for the Raspberry Pi Compute Module 4 [tomshardware.com], designed for high-density clusters. The PCB is packed with features, but your eye will be drawn to the red anodized aluminum heatsink which fits over the Compute Module 4 (or compatible), providing a passive means to keep the Pi cool. This could prove useful, should you wish to overclock.
Swipe to scroll horizontallyRow 0 - Cell 0 Uptime Compute Blade BasicUptime Compute Blade TPMUptime Compute Blade DevRaspberry Pi CM4 ConnectorYesYesYesM.2 (M Key up to 22110 NVMe drives)YesYesYesGigabit Ethernet with PoEYesYesYesUARTYesYesYesCompute Blade HeadersYesYesYesStealth ModeYesYesYesLEDsYesYesYesUSB-A portNoYesYesTPMNoYesYesHDMINoNoYesUSB-C (Bootloader update)NoNoYesMicro SD card slotNoNoYesWi-Fi, BT, nRPIBOOTLockedLockedSwitchable
The PCB measures 27 x 4 x 1.6 cm, and Kuleshov has optimized the board for many different features. Going from the Ethernet port on the left, we have Gigabit Ethernet supporting Power over Ethernet (PoE), on our dev unit there is an HDMI port. We then reach the anodized heatsink, secured using T7 hex screws. After that. there is a USB-A port, followed by an expansive M.2 slot. This slot supports NVMe drives from 2230 to 22110, or it can be used with other modules such as Google's Coral TPU.
If you need access to the GPIO, you have some GPIO pins at your disposal. We don't get the full 40 pins, which means we can't attach HATs, but we do have access to a small number of GPIO pins. If we need to connect sensors, then the I2C pins are exposed and can be used with components supporting the communication protocol, including Stemma QT components. [tomshardware.com]
The Compute Blade's strength comes in numbers, more specifically "clusters". Given the small size and blade design of the units, they will easily slide into a blade server and as long as you've got plenty of Raspberry Pi's, you'll have a powerful Arm computing cluster.
With prices starting from $65 for a Compute Blade Basic, the version we have on the bench is the $107 Dev version, which has all the bells and whistles. If you like what you see, then head over to the kickstarter page [kickstarter.com] to make your pledge. We'll be chatting live with Kuleshov on February 14 at 2pm ET / 7pm GMT on our weekly Raspberry Pi show, The Pi Cast. [youtu.be]
Remember that crowdfunding a project is not a guarantee of receiving a finished product. Backing a crowdfunded project is akin to an investment; you believe in the project and want it to succeed. You are not purchasing a retail product.
Get instant access to breaking news, in-depth reviews and helpful tips.
Contact me with news and offers from other Future brandsReceive email from us on behalf of our trusted partners or sponsorsBy submitting your information you agree to the Terms & Conditions [futureplc.com] (opens in new tab) and Privacy Policy [futureplc.com] (opens in new tab) and are aged 16 or over.
We've been tracking this project since mid 2021 [tomshardware.com], and the time has been well spent. Ivan Kuleshov's Compute Blade is a thin PCB that packs a plethora of storage options for your Raspberry Pi [tomshardware.com] Compute Module 4 (or compatible). Kuleshov's kickstarter [kickstarter.com] has smashed its $522,209 funding goal, reaching $673,365 at the time of writing.
Image 1 of 4
The Compute Blade is a rack-mountable carrier board for the Raspberry Pi Compute Module 4 [tomshardware.com], designed for high-density clusters. The PCB is packed with features, but your eye will be drawn to the red anodized aluminum heatsink which fits over the Compute Module 4 (or compatible), providing a passive means to keep the Pi cool. This could prove useful, should you wish to overclock.
Swipe to scroll horizontallyRow 0 - Cell 0 Uptime Compute Blade BasicUptime Compute Blade TPMUptime Compute Blade DevRaspberry Pi CM4 ConnectorYesYesYesM.2 (M Key up to 22110 NVMe drives)YesYesYesGigabit Ethernet with PoEYesYesYesUARTYesYesYesCompute Blade HeadersYesYesYesStealth ModeYesYesYesLEDsYesYesYesUSB-A portNoYesYesTPMNoYesYesHDMINoNoYesUSB-C (Bootloader update)NoNoYesMicro SD card slotNoNoYesWi-Fi, BT, nRPIBOOTLockedLockedSwitchable
The PCB measures 27 x 4 x 1.6 cm, and Kuleshov has optimized the board for many different features. Going from the Ethernet port on the left, we have Gigabit Ethernet supporting Power over Ethernet (PoE), on our dev unit there is an HDMI port. We then reach the anodized heatsink, secured using T7 hex screws. After that. there is a USB-A port, followed by an expansive M.2 slot. This slot supports NVMe drives from 2230 to 22110, or it can be used with other modules such as Google's Coral TPU.
If you need access to the GPIO, you have some GPIO pins at your disposal. We don't get the full 40 pins, which means we can't attach HATs, but we do have access to a small number of GPIO pins. If we need to connect sensors, then the I2C pins are exposed and can be used with components supporting the communication protocol, including Stemma QT components. [tomshardware.com]
The Compute Blade's strength comes in numbers, more specifically "clusters". Given the small size and blade design of the units, they will easily slide into a blade server and as long as you've got plenty of Raspberry Pi's, you'll have a powerful Arm computing cluster.
With prices starting from $65 for a Compute Blade Basic, the version we have on the bench is the $107 Dev version, which has all the bells and whistles. If you like what you see, then head over to the kickstarter page [kickstarter.com] to make your pledge. We'll be chatting live with Kuleshov on February 14 at 2pm ET / 7pm GMT on our weekly Raspberry Pi show, The Pi Cast. [youtu.be]
Remember that crowdfunding a project is not a guarantee of receiving a finished product. Backing a crowdfunded project is akin to an investment; you believe in the project and want it to succeed. You are not purchasing a retail product.
Get instant access to breaking news, in-depth reviews and helpful tips.
Contact me with news and offers from other Future brandsReceive email from us on behalf of our trusted partners or sponsorsBy submitting your information you agree to the Terms & Conditions [futureplc.com] (opens in new tab) and Privacy Policy [futureplc.com] (opens in new tab) and are aged 16 or over.
