As a global player in high-performance and high-efficiency server technology, 2CRSi develops, manufactures, and distributes end-to-end green IT and energy-efficient computing solutions. Through our different companies and brands, we deliver a broad range of server solutions for various markets, including cloud computing, data center, enterprise IT, big data, HPC, artificial intelligence, 5G, IoT, rugged PCs, or embedded and edge computing.
2CRSI is a France-based Public Limited Company. We provide products suitable for industries that require robust solutions and also for data centers looking for high-performance systems combined with energy efficiency. We provide storage systems, high-performance computing (HPC) solutions, and customized appliances. Our servers are designed and manufactured in France and assembled in both France. Helping our customers and users to be most efficient, effective, and successful with there is our motivation.2CRSI customers include BLADE (ShadowPC), CGG, OVH, Free, Dassault Group, Dubai Tourism, Sharjah Museum, Abu Dhabi Midfield Terminal, and many independent software vendors, data centers, distributors, and other businesses with a need for high-quality, efficient, reliable storage and computing.
1.Advanced Computing (HPC,AI,DL,ML)
2. Datacenter
3. Immerse Cooling
4. Servers
5. Custom appliances
6.Storage
1.Slim PC
2.Fanless PC
3. NUC
4. Embedded Systems
5.Micro Cluster
6.Custom Appliances
A rugged, or ruggedized computer is a computer specifically designed to operate reliably in harsh usage environments and conditions, such as strong vibrations, extreme temperatures, and wet or dusty conditions. They are designed from inception for the type of rough use typified by these conditions, not just in the external housing but in the internal components and cooling arrangements as well.
1.Four 4K Display Outputs.
2.IP 50 Operational Temperature 50°C.
3.Maintenance-free.
1.IP66/IP50 rating with an extended temperature range.
2.Support 4K display.
3.Gigabit LAN/Wifi/4G.
4.Maintenance-free.
1.Ultra-compact.
2.Remote Access with 2HDMI ports.
3.Fanless.
4.Only 26MM and 1.1 Kg.
1.Redundant Power Supply.
2.2U Half-rack form factor.
3.Dual Gigabit or 10Gbps Ethernet
Connectivity.
4.Fanless Maintenance Free
1.4 to10 blades.
2.Low power.
3.Flexible.
4.Portable.
5.Multi-nodes.
6.Rugged.
1.Nodes Switch Dimensions 4 Nodes.
2.Power Supply Internal 16 port 10GbE Layer 3 switch 452mm(W) X 186mm(H) X 274mm(D) 750W Redundant power supply.
3.Operating Temperature Acoustics - 5°C-25°C.
4.Acoustics - up to 25dBA.
5.Warranty - 3 years.
1.Server comparison.
2.Datacenters designs and Infrastructure.
1.Technical adaptation of servers.
2.Partners : Submer, GRC.
The Open Compute Project (OCP) is a collaborative community focused on redesigning hardware technology to efficiently support the growing demands on computing infrastructure. The OCP was born from this desire impulsed by Facebook and launched in 2011.
1.Redesigning hardware and software making it more efficient, flexible, and scalable.
2.Design sharing
1.Redesigning hardware and software making it more efficient, flexible, and scalable.
2.Design sharing
Also known as liquid submersion cooling, it is the practice of submerging computer components or full servers in a thermally, but not electrically, conductive liquid (dielectric coolant). This method is slowly becoming popular with innovative data centers in the world. IT Hardware or servers cooled in this manner don’t require fans and the heat exchange between the warm coolant and cool water circuit usually occurs through a heat exchanger (i.e. heater core or radiator).
Single-Phase coolant never changes state, it never boils or freezes and always remains in a
liquid form. The coolant gets pumped to a heat exchanger where heat is transferred to a cooler
water-circuit. This technique uses “open baths”, as there’s little (or no) risk of the coolant evaporating:
- 85-97% Less space compare to regular air-cooled racks.
- Rapid Deployment (outer space, white space, Raw space).
1.Technical adaptation of servers.
2.Partners : Submer, GRC.
- High lifetime for the IT components (no fluctuation of T°) - Improve MTBF (no fans = fewer failures).
- Server continues to operate in case of breakdown up to 4 hours.
Increases airflow and thermal dissipation Optimize the component management.
1.Ensure component compatibility - Cables compatibility in dielectric liquid; Power or Network. Peel of warranty labels.
2.Remove or disable all fans - change the firmware if necessary or remove the power supply OCtoPus is ready* see the list. Std OCP servers needs rework to make them suitable.
3.Remove the thermal paste - Put an indium foil for the CPU and a thermal grease for the GPUs.
4.Configuring components in the server (heatsink fins parallel to the liquid flow).
Raptors Trading & Contracting has been established in February 2015 and it currently represents multiple reputable international brands. Our traditional business model is based on trading and contracting in the electrical engineering sector.
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