www.iceotope.com DATA SHEET INCREASE IT EFFICIENCY, REDUCE OPERATING COSTS AND DEPLOY ANYWHERE BLADE SERVER TM PLATFORM
80% Our liquid cooling platform is proven to reduce cooling energy consumption by 80% MEETING THE COOLING CHALLENGES FOR GREATER IT EFFICIENCY AND REDUCED COSTS Today s demands for complex analysis and Big Data place increased emphasis on server computing power which produce significant heat. Increase in workloads can cause IT equipment to overheat and compromise your investment. Iceotope Technologies liquid cooling optimises cooling and power and is proven to reduce cooling energy consumption by 80%. With our technology, we can help to get the most from your server infrastructure and reduce footprint providing significant cost savings. The Blade Server TM cooling platform has been designed to meet the most demanding compute needs with flexible configurations tuned to suit your environment. Without the burden of air conditioning and cooling chillers your IT investment is focused on increasing workloads, not increasing infrastructure. Lower I.T operational and capital expenditure Enhanced I.T agility with ease of deployment Modernise your data centre and save space
LIQUID COOLED SYSTEM At Iceotope we have designed a highly efficient cooling system to seamlessly integrate into your existing IT infrastructure. From rackscale compute, storage and networking, we have an effective solution to optimise Big Data, rendering, and high performance computing workloads. Scalability, resiliency and energy efficiency is at the forefront of our design to ensure we can offer systems to meet your IT demands. Liquid cooling is fast becoming the only way to cool For divisional HPC to perform to the demanding applications for life sciences, financial risk modelling and engineering, the need to balance space, power and cooling constraints is ongoing. Today s processing power requires a system that can enable them to perform. The efficiency of liquid cooling is fast becoming the only way to cool. SILENT EFFICIENT RESILIENT COMPACT DEPLOY RECAPTURE
SYSTEM BUILDING BLOCKS CABINET Removing the need for fans or air conditioning, Iceotope s cooling platform uses best-in-class enclosures to effectively remove heat from the server components. To facilitate installation and speed of deployment, the cabinet houses the cooling circuit, system power, monitoring system, networking and server blades. The system is thoughtfully engineered to minimise air side loss and optimise the heat capture, transfer and rejection within a compact footprint that is optimised for flexibility. A truly end-to-end converged solution delivered prebuilt, tested and shipped providing peace of mind for your IT investment. Cabinet Form Factor 24 U cabinet Enclosure Dimensions 600x 1070 x1200mm Chassis Capacity Each chassis has capacity for 9 blades in either a server, interconnect or GPU configuration
LIQUID COOLED POWER SUPPLY High quality DC power and remote programming control The Blade Server TM platform incorporates a LiquaBlade liquid cooled power supply delivering power to the system. The LiquaBlade module provides high quality DC power, providing peace of mind that your solution has a comprehensive set of safety features. We recognise environmental and cooling requirements are significant factors when selecting a power solution. This is the reason we chose a patented cooling technology that has undergone extensive testing over several generations of technology. Power Supply Supports liquid cooled 15kW PSU. Input: 415v-480v three phase (16A or 32A per phase). Input: 380 480VAC. 47 63Hz, 3 Phase 3W + PE, 31A. Output: 0 60VDC 360A, 15KW MAX. With 35 C max water temp, 1.5 GPM min. Max ambient temp 50 C or 0 60VDC 290A, 15KW MAX. With 55 C max water temp, 1.5 GPM min. Max ambient temp 50 C Inlet Temperatures From 45 C or dew point to 45 C System Monitoring Iceotope s monitoring software for system status. Enhanced monitoring includes compatibility with SNMP protocol Recirculating Pump Low pressure pump for secondary coolant circulation throughout the PetaGen system at 0.8 BAR
The heat generating IT components are housed in a patented blade LIQUID COOLED SERVERS Each server blade fits snuggly into the Blade Server TM chassis system. Designed for quick access, featuring a tool-less locking system, blades have effective removal or insertion. The heat generating IT components are housed within a sealed patented blade which is immersed in a feature-rich coolant to enable effective heat transfer. The I/O interfaces are made available at the front of the blade for ease of operation. For efficiency and versatility we have chosen Intel Servers supporting Intel Xeon server processors and eight DIMMs with one DIMM per channel designed for higher memory bandwidth; an ideal option for high reliability and performance computing deployment. A snappy solid state drive (SSD) with no moving parts to accelerate platform performance The memory utilises very low profile (VLP) RDIMMS which are designed to meet the needs of high performance computing technologies. VLP RDIMMS are fully compatible with Intel(R) Xeon(R) server family processor. Each RDIMM module is constructed with top quality DRAM chips and rated at 2133MHz, maximising data transmission efficiency with higher bandwidth of up to 17GB/s. Operating at a nominal voltage of just 1.2V, the VLP RDIMMs reduce electrical load on the memory. Storage includes a snappy solid state drive (SSD) with no moving parts to accelerate platform performance. We have chosen drives that will support your business needs with the highest reliability and protection. With every component tested, we ensure they work together to provide server applications run faster. The integrated chassis design facilitates up to 9 individual server components. A range of blades offer expanded compute offerings be it GPU or coprocessor based on your requirements. The flexible configurations allow for a broad range of PCie expansion components including storage, GPU, coprocessor and interconnect devices.
Server Blade Server TM liquid cooled 2P servers CPU Intel Xeon E5-2600 series: E5-2699 v3, E5-2698 v3, E5-2697 v3, E5-2695 v3, E5-2690 v3, E5-2683 v3, E5-2680 v3, E5-2670 v3, E5-2667 v3, and E5-2660 v3 Memory 8 DIMMs per server, max 256 GB HPE DDR4 SmartMemory 2,133 MT/s Network Integrated Dual port 1GbE Optional InfiniBand Adaptor Kit: Single ConnectX-3 Pro InfiniBand FDR or ConnectX-4 EDR port per server Storage One small form factor (SFF) SSD per server Supports 120 GB, 240 GB, 480 GB, 960 GB Power Max 600W, direct current 48V OS Red Hat Enterprise Linux, SUSE Linux Enterprise Server, CentOS Dimensions 48 x 385 x 508 mm
LIQUID COOLED GPU SERVER Server Blade Server TM liquid cooled GPU server CPU 2 x Intel Xeon E5-2687 v3 GPU 2 x AMD S9100 Form Factor Occupies dual blade slot Memory 8 DIMMs per server, max 128GB HPE DDR4 Network Integrated Dual port 1GbE Optional InfiniBand Adaptor Kit: Single ConnectX-3 Pro InfiniBand FDR or ConnectX-4 EDR port per server Storage One small form factor (SFF) SSD per server Supports 120GB, 240GB, 480GB, 960 GB Power Max 1050w, direct current 48V Operating System (OS) Red Hat Enterprise Linux Dimensions 98 x 385 x 508 mm
An ideal choice for building small to medium sized clusters LIQUID COOLED SWITCH Iceotope s InfiniBand network switch blade has been designed to fit perfectly within the Blade Server TM Product Family. We have partnered with market leader Mellanox to produce a fan-less, virtually silent alternative to the SX6036 blade offering incredible performance and reliability. Occupying a single blade slot, the hot swappable switch fits seamlessly alongside server, storage and graphics blades making interconnect and uplink of Infiniband Networks simple to install and maintain. An ideal choice for building small to medium sized clusters, the liquid cooled switch is designed to carry converged LAN and SAN traffic with the combination of assured bandwidth and granular Quality of Service (QoS). The SX6000 switch family enables efficient computing with features such as static routing, adaptive routing, and advanced congestion management. These features ensure the maximum effective fabric bandwidth by eliminating congestion hot spots. Switch Mellanox Infiniband Network SX6036 Ports 36 QSFP uplinks and downlinks Speed Up to 56 Gb/s InfiniBand FDR per port Form Factor Occupies one Blade Server TM chassis slot Power Max 600W, direct current 48V Cooling Liquid cooled by Iceotope Dimensions 48 x 385 x 508 mm
www.iceotope.com ABOUT ICEOTOPE Iceotope is the home of cutting edge liquid cooling technology. Designed and manufactured in the UK, our patented technology delivers greater efficiency occupying less space, creating less noise, demanding less cost and, crucially, consuming less energy. The need to cool standard computing systems creates a constant challenge for the IT industry it makes for bigger, noisier and more expensive systems. In particular, it means that high performance computing is an energy-hungry activity. Around 10% of the world s electricity is used by ICT, with data centres a major consumer. Every kwh consumed is a higher bill for the operator and a bigger impact on the environment. Iceotope s technology cuts energy consumption, which cuts cost in a big way. By immersing the components in the completely safe liquid coolant, the Iceotope system doesn t just keep things cool, but also keeps them quiet, without the industrial drone of fans and pumps. The result is a highperformance system you can put to work side-by-side with your team. Since 2005, our organisation has been driven by the kind of technical experts that look beyond conventional ways of working to find more efficient methods and effective solutions to today s most pressing challenges. Now, Iceotope is delivering the innovation that can transform high performance computing, offering a step-change in energy-efficient technology. GET IN TOUCH T: +44 (0)114 224 5500, E: info@iceotope.com, E: sales@iceotope.com AMP Technology Centre, Advanced Manufacturing Park, Brunel Way, Sheffield S60 5WG, UK