Short-Depth 1U Atom Server Appliance with Front I/O Ports
Mini Atom Server Appliance (Optional Rackmount kit)
1U Atom Low Powered Server with 4 hot swap drive bays.
Now more feature-rich than ever, Windows Server operating system works perfectly with our open-standards storage solutions.
Windows Storage Spaces Direct
Storage Spaces Direct uses industry-standard servers with local-attached drives to create highly ava...
Windows Server 2016
The first of the two of the most relevant changes in Windows Server 2016 compared to the previous ed...
Configure your CyberStore storage appliance with a wide range of open-source operating systems for an enterprise-grade, cost-effective storage solution.
The CentOS Project is a community-driven free software effort focused on delivering a robust open so...
Ubuntu Server brings economic and technical scalability to your datacentre, public or private. Wheth...
OpenSUSE is a Linux-based project and distribution sponsored by SUSE Linux GmbH and other companies ...
Arch Linux is a Linux distribution for computers based on x86-64 architectures, composed predominant...
The CyberServe Atom® range of appliance servers deliver best-in-class performance and meet the essential computing demands of our customers. These ultra-low powered servers are small in size, virtually silent, and can be configured with no moving parts for the ultimate in server reliability.
Designed for applications that don't require much processing power or the ability to store vast amounts of data, the CyberServe Atom® range excels as a mail server, spam server, network appliance or any other application that benefits from its maintenance free and ultra-low power nature.
Our rack servers powered by Atom processor technology draw incredibly low idle power, scaling performance from 1.7GHz to 2.4GHz whilst drawing 6-20W.
Virtually silent and requiring extremely low-power consumption, the Broadberry CyberServe range of Intel Atom® based servers are ideal for these applications.
As technological advancements continue to progress, new methods are found allowing us to optimise infrastructure to not only deliver more services but improved services at a much lower total cost.
The Broadberry CyberServe Atom range is was designed from the ground up to deliver platform solutions that can aid you in optimising your infrastructure using a flexible, adaptable, software compatible server platform based on Intel Atom processors.
Delivering tight-knit integration while enhancing energy efficiency by up to 6 times in comparison to Intel Atom processor S1200 product family.
The built-in GbE, SATA and USB ports streamline the design of workload-optimised micro servers and aid in improving performance, energy efficiency and density.
Ranging from integrated management functionality to the Intel® FM5224 Microserver Switch, there is a complete support for all platform solutions.
|Processor||Power (TDP)||Frequency (Boost10)||Cores||Memory Channels||Memory Type||Max. Memory Capacity||Max. PCIe Lanes||Ports|
|Intel Atom® Processor C3955||32W||2.1 GHz (2.4 GHz)||16||2||DDR4/2400||256 GB||16||
4x10/2.5/1 GbE, 8 x USB, 16 x SATA
|Intel Atom® Processor C3858||25W||2.0 GHz (2.0 GHz)||12||2||DDR4/2400||256 GB||16||4x10/2.5/1 GbE, 8 x USB, 16 x SATA|
|Intel Atom® Processor C3758||25W||2.2 GHz (2.2 GHz)||8||2||DDR4/2400||256 GB||16||4x10/2.5/1 GbE, 8 x USB, 16 x SATA|
|Intel Atom® Processor C3558||16W||2.2 GHz (2.2 GHz)||4||2||DDR4: 2133||256 GB||12||2x10/2.5/1GbE + 2x2.5/1GbE, 8 x USB, 12 x SATA|
|Intel Atom® Processor C3338||9W||1.5 GHz (2.2 GHz)||2||1||DDR4: 1866||128 GB||10||4x2.5/1 GbE, 8 x USB, 10 x SATA|
Broadberry CyberServe Atom Servers go through the most intensive testing and burn-in conditions to ensure the highest quality standards. It is vital that they will thrive in extreme operating conditions to meet application needs. All Broadberry systems go through rigorous testing to ensure they are of the highest quality.
Broadberry is an environmentally friendly company which aims to deliver elite systems which are powerful but efficient. Cost-effective and with low power consumption, our range of storage servers are perfect for the environmentally conscious businesses. Our clients can expect to experience low TCO (total cost of ownership) through our high density, power-efficient designs.
Broadberry CyberServe Atom servers, powered by the Intel's latest generation of x7 Atom processors deliver a number of improvements over the previous generation.
These improvements include jumps in burst frequency, clock speed, turbo clock speed and processor base frequency. The Atom x7 range of processors deliver blazing fast performance, allowing us to bring you our most impressive CyberServe Atom range yet.
|Atom x5||Latest RangeAtom x7|
|Processor Base Frequency||1.44 GHz||1.60 GHz|
|Clock Speed||1.44 GHz||1.6 GHz|
|Turbo Clock Speed||2.24 GHz||2.4 GHz|
|Burst Frequency||1.92 GHz||2.40 GHz|
Cloud providers are constantly seeking more efficient methods of dealing with the huge demands on their infrastructure, which include having to quickly deliver new services, dealing with huge data growth and maintaining manageable costs.
Broadberry CyberServe servers based on Intel® Atom® processors provide the performance per watt and the flexibility to handle a wide range of workloads and peak demands.
Certain lightweight, scale out workloads can occasionally be better hosted on a larger number of smaller servers that have been designed for maximum power efficiency. Examples of these types of workloads include simple content delivery, basic dedicated hosting and low-end static web serving. To address this need, Broadberry developed a variety of extremely low-power systems to support an emerging server category micro servers. With shared power, cooling, and networking resources, micro servers can help you improve data centre efficiency by right-sizing infrastructure for relatively light processing requirements.
The Intel® Atom processor C3000 product family delivers a major leap forward for micro server performance and efficiency. Vastly improving performance and efficiency levels, this second-generation 64-bit SoC provides seven times the performance of previous Intel Atom processor generations while improving performance per watt by up to 4x.
Not only does it offer more cores, more memory capacity and more I/O resources but its power envelope is as low as 5 watts. It also provides an increased platform flexibility as it features integrated Gigabit Ethernet (GbE), SATA and USB ports.
The Intel Atom processor C3000 product family joins the Intel® Xeon® processor E3 v6 product family to power the next generation of micro- servers across a range of lightweight web-scale workload requirements. Intel Atom processor C3000 series provide datacentre class features including support for 64-bit computing, 4 Intel® Virtualisation Technology, 5 and Error Correcting Code (ECC) memory. They also support the industry-standard x86 instruction set, delivering complete software compatibility with mainstream servers. This gives you the flexibility to right-size your infrastructure without any limiting software mobility as your applications continue to evolve.
Enjoy complete micro server platform solutions that will greatly simplify implementation, advance the overall efficiency and allow for high node density. Some of these new innovations includes:
Featuring a new Intel enabled companion chip, its now possible to manage four micro server nodes with a solitary Management Module Controller. Reducing chip counts and platform power while boosting density. The power can be monitored and controlled at various levels (node, platform rack and data centre) via the Core Running Power Limiting (RAPL) capability.
A new compact connector allows for memory DIMMs to be stacked on top of each other. This is to save space on the board and deliver even higher density.
Enjoy better workload traffic control, bandwidth, Quality of Service, higher node density and low latency necessary for more efficient micro server implementations via Software Defined Networking benefits provided by the Intel® FM5224 Ethernet Switch. You are able to consolidate network links from multiple nodes to this top-of-rack switch in order to reduce power consumption and the overall cost. This switch supports flexible and adaptable bandwidth allocation dense, network-intensive computing environments with 1 GbE, 2.5 GbE, 10 GbE, and 40 GbE interfaces.