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DOCUMENTATION

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Compute Blade

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SHIPPING WORLDWIDE

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Enterprise Grade Cluster Computing out of the Box. Your Raspberry CM4/5 Node

Simplifying and automating the development and management of on-premise cluster environments is at the heart of what we do. Our solutions are designed to streamline complex processes, turning what was once a daunting task into a manageable and efficient experience.

Raspberry Pi CM5 
Compatible

Speed up the platform with using Raspberry Pi 5 CM5 with ComputeBlade platform.

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ON-PREMISE CLUSTER ENVIRONMENT

Feature rich enterprise-level carrier board for the Raspberry Pi Compute Module 4/5 (+ compatible alternatives). From Homelabs to advanced AI clusters at scale.
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HOME LABS

An enterprise-level homelab experience that you can use to build, play with, and explore new technologies

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HOSTING PROVIDER

Provide dedicated resources and isolate customer machines on a physical layer, to protect against modern CPU/hypervisor exploits.

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EDGE SERVERS

Reduce latency and extend compute power to make your processes leaner, more efficient, and more cost-effective.

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CI/CD SYSTEMS AND AUTOMATED TESTS

Perform performance tests on dedicated hardware for results far more stable than running tests on virtual machines.

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STATELESS COMPUTING

Seamlessly deploy specialized stateless computing platforms, such as OpenFaaS, onto the blades to enhance functionality and performance.

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HIGH AVAILABILITY COMPUTING

Deploy robust, high-availability computing to maintain critical operations and services with minimal downtime.

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SMART HOMES

Make your home server highly available and increase the possibilities e.g by adding more modules like the Uptime AI-Module.

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PRIVATE CLOUD

Create your own secure, scalable private cloud for efficient data management and tailored IT services.

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EDUCATION

Enhance educational experiences with practical, hands-on tech learning, facilitating innovation and computing skills.

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FIT UP TO 20 COMPUTE BLADES INTO A 19-INCH 1U RACK

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80ARM

CORES

160GB

RAM

10TB

NVMe

Rack-mountable, PoE-powered carrier board for Raspberry Pi Compute Module 4/5 and compatible devices with all the necessary interfaces. 
With Compute Blade, you can create a high-density, low-power-consuming, plug-and-play blade server for home or data-center use. Individuals and businesses.

SCALABLE ARM BLADE SERVER-ENTERPRISE-LEVEL COMPUTE CLUSTER NODES MADE ACCESSIBLE

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KEY FEATURES

DEV Version

COMPARE COMPUTE BLADE VERSIONS

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Raspberry Pi CM4/5 support
+ compatible alternatives

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NVMe SSD up to 22110
2230, 2242, 2260, 2280

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Power over Ethernet IEEE 802.3at (PoE+)

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Gigabit Ethernet

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Raspberry Pi CM4

by PoE 5.1V power supply

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WiFi, BT, and EEPROM
write-protection

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HDMI (up to 4k60)

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USB-A, USB-C

switchable USB input

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TPM 2.0 (secure boot)

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PWM fan connector

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UART communication

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UART0 on the front

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nRPIBOOT

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Uptime high speed
module support

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Controllable RGB LEDs

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Scroll
  • Missing in Basic version
  • Missing in TPM version
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Download Datasheet

Scale your cluster environment, mix and match

3 VERSIONS

Designed to work 24/7. Developed by listening and understanding the desires of real users. By a real user. Tested in a real production environment. The first prototypes already have more than two years of continuous operation. And the CPU is overclocked! We released the Compute Blade in three different versions to enable a scalable and feature-rich cluster platform as easily as possible.
With the Dev version, you have all the possibilities, which often serves as the master node. With the TPM version, you can add additional security features like secure boot to your cluster environment, if needed. To scale your project, we have released the most basic blade for scaling cluster environments with a low-budget approach.
FEATURESBASICTPMDEV
Raspberry Pi CM4 portImageImageImage
M.2 Key M up to 22110 for NVMe disks
 or high-speed modulesImageImageImage
1Gbit Ethernet with PoE up to 30WImageImageImage
UARTImageImageImage
Compute Blade headers portImageImageImage
ButtonImageImageImage
Stealth modeImageImageImage
Digital LEDsImageImageImage
USB-AImageImageImage
TPM 2.0 onboardImageImageImage
HDMI portImageImageImage
USB-C for bootloader updateImageImageImage
MicroSD card slotImageImageImage
Wi-Fi, BT, nRPIBOOTImageImageImage


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Buy



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OVER­CLOCKING EXPERIENCE

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Full Throttle

The Blade is specifically designed to allow you to run the Rasbperry Pi CM4 at at least 2GHz Increased power and peak power supply power up to 30W with PoE+
Read Full Article on Uplab.Pro

MODULES & ACCESSORIES
To provide all the flexibility and options your project needs, we included different extension ports in the blade design, which can be used for accessories and expansion modules. Our M.2 port serves as a connection for all our high-speed uptime modules, in addition to your NVMe drives. If you need AI acceleration capabilities, you can connect the related Uptime Module (AI Module) to it, with more options to come.
Besides feature extension modules, we aim to make the compute cluster experience as effortless as possible. Therefore, we’ve added additional accessories like enclosures to give the blades a home for all kinds of projects. We also offer different colored heat sinks to easily identify the blades, in addition to the customizable LED function. More enhancements are in the works which will extend your Compute Blade platform.
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UPTIME INDUSTRIES ACCESSORIES

Uptime Industries is at the forefront of enhancing Compute Blade functionality with a comprehensive range of accessories designed to optimize performance and expand capabilities.
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Smart Fan Unit

Up to two 
Compute Blades
Learn More
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Heatsink

Learn More
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Compute Blade Ai

More modules available soon

BLADERUNNERS

The BladeRunner Enclosures were developed to fit as many Compute Blades as possible into the available space. They are optimized for heat distribution and airflow, utilizing the least possible space to scale the Compute Blade cluster.

From 2 to 20 blades:
19-inch
4-node
2-node

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Learn More
Download DataSheet
files for 3d printer

SUPPORTED MODULES AND ACCESSORIES

The Compute Carrier Board is a testament to versatility and advanced engineering, designed to support a wide array of functionalities and interface requirements.
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DOCUMENT­ATION AND OTHER

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DOCUMENTATION

GETTING STARTED

DATA SHEETS

DISCORD COMMUNITY

GITHUB

3D MODELS

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Join Community
Join our Discord Community to share your project and get latest insights
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HACKATHON EVERY DAY

KVM rack stand for Mac minis, KVMac16

The content explains the process of creating a stand for 16 Apple Mac minis to control them remotely, even in case of a system breakdown. The project progressed through three versions, each improving in simplicity, reliability, and usability

READ MODE < / SEPTEMBER 23, 2023

I hacked the Magic Mouse

Thank you all so much! The original post got such a great response it would be rude not to tell you more about the project.…

READ MODE < / SEPTEMBER 23, 2023

Mac mini with Power over Ethernet

In Place of a Foreword Below I’ll talk about the project, I think you can replicate it, but I don’t think you’ll want to. Keep…

READ MODE < / SEPTEMBER 23, 2023

Raspberry Pi CM4 overclocking experiments

Often there is a whole research behind small tweets. Mine was not aimed more at OC, but at the limits of my Compute Blade Let’s…

READ MODE < / SEPTEMBER 23, 2023