Modularity as a model
Whether it’s a next-generation data center project, an extension of an existing infrastructure, a need for back-up, edge-computing or blockchain, we will always be able to offer and design a scalable solution for your project that will grow with you.
Reducing dependence on energy for cooling as much as possible represents a saving of more than 50% on your electricity bill. CNote racks allow for space optimization thanks to the possibility of concentrating servers, one against the other, and thus considerably reducing infrastructure requirements, such as racks, rooms and buildings. This space saving is also possible thanks to the limitation of the need for air conditioning equipment, technical floor, heavy fire extension systems, etc...
ITCoolant is a new technology heat transfer fluid. It is recyclable, non-toxic, with a very long life span (15 years when used as prescribed). It has a low viscosity and a cooling capacity 1500 times higher than air (conventional cooling systems). Its technical characteristics guarantee the composition and stability of connections, cables and components of equipment and servers. Increases server life by 30%, reduces system failures by 65%, protects against dust, vibration and oxidation.
Chilled water loop, air cooler, adiabatic tower, wind generator, thermalism, connection to a collective domestic water network, agricultural greenhouses, methane recovery plants, heated swimming pools.
Integrated DCIM, customized monitoring.
Supervision of all elements with a unified dashboard tailored to your needs.
// Whether it’s a backup project, an addition to an existing infrastructure, or the complete creation of a state-of-the-art data center, there will always be a CNote rack to suit your needs. The CNote 12 U, CNote 25 U and CNote 50 U are adaptable to all projects, from the smallest to the largest.
Equipment life in single-phase immersion cooling, the fluid remains in its liquid phase. The electronic components are directly immersed in a dielectric liquid in a tight but easily accessible enclosure where the heat from the electronic components warms the whole assembly. Pumps are often used to circulate the heated fluid to a heat exchanger, where it is cooled and returned to the chamber.
The PDUs are easily accessible from the front of the rack. This allows for quick interventions in terms of connecting/ disconnecting equipment or maintenance on PDUs.
An emergency stop system is implemented in order to prevent a problem from occurring.
The service life of immersed equipment can be increased by 20%, as the components are no longer subject to the hazards of high temperature variations. Their operating temperature being constant, the equipment is no longer subject to the aggressions of dust, bacteria, thermal shocks and others...
Existing premises can be used as data centers without the heavy investment in land that is required for traditional data centers today.
Limiting your energy needs is an important factor. Reusing the energy produced through the heated water is another. Indeed, multiple uses are possible with this water. If no use is possible, a closed circuit will be implemented and will reduce the necessary water consumption to zero liters.
// Whether it’s a next-generation data center project, an extension of an existing infrastructure, a need for back-up, edge-computing or blockchain, we can always offer and design a scalable solution for your project that will grow with you.
This 12U format is ideal for the hosting needs of small and medium-sized businesses and local authorities. Users will find in this format the means to offer a scalable, modular and efficient local service.
The 25 U version offers a hosting capacity of 25 servers with a single motherboard (more for specific servers with up to 4 motherboards). This equipment is perfectly suited to medium capacity hosting needs, but also to the implementation of back-ups.
This 50U rack meets the deployment needs of medium to large capacity data centers. It offers a high availability of hosting in record time and at a much lower cost than its equivalent in traditional system.
// In this period where it becomes essential to calibrate its projects, we take the commitment to offer accommodation that will scrupulously adapt to your expectations.
// This is the foundation for success. From the beginning, a DiveIT engineer will accompany you throughout the development phases of the project.
// Our solutions are manufactured according to the specifications and commitments agreed upon during the design phase.
// Our solutions are manufactured according to the specifications and commitments agreed upon during the design phase.
// As soon as it is implemented, your installation will be certified by one of our specialized engineers to guarantee the reliability and conformity of your new investment. You will be able to enjoy your new equipment without surprises
// Developed by DiveIT, our monitoring platform will provide you with visibility on your scale. Adapted to each configuration. A tailor-made DCIM.
// Our approved partners offer to maintain DiveIT equipment. We can also train your technical staff to perform routine maintenance actions according to recommended protocols if you wish.
// This is the foundation for success. From the beginning, a DiveIT engineer will accompany you throughout the development phases of the project.
// Our solutions are manufactured according to the specifications and commitments agreed upon during the design phase.
// Our solutions are manufactured according to the specifications and commitments agreed upon during the design phase.
// As soon as it is implemented, your installation will be certified by one of our specialized engineers to guarantee the reliability and conformity of your new investment. You will be able to enjoy your new equipment without surprises
// Developed by DiveIT, our monitoring platform will provide you with visibility on your scale. Adapted to each configuration. A tailor-made DCIM.
// Our approved partners offer to maintain DiveIT equipment. We can also train your technical staff to perform routine maintenance actions according to recommended protocols if you wish.
// Do not hesitate to contact us
81, rue du traité de Rome 84911 AVIGNON Cedex 9
+33 (0)623501461
commercial@diveit.fr
20, place du général de Gaulle, 97460 Saint Paul
+262 (0)692706867
commercial@diveit.fr
Osi 52-54, 08034 Barcelona
+34 (0)722654834
commercial@diveit.fr
Oficina Comercial Basilio Pereira de la Luz, 1080 Montevideo - Uruguay
+589 26285072
commercial@diveit.fr
Qu’il s’agisse d’un projet de centre de traitement de données de nouvelle génération, de l’extension d’une infrastructure existante, d’un besoin de back-up, d’edge-computing ou de blockchain, nous pourrons toujours vous offrir et concevoir une solution évolutive adaptée à votre projet qui grandira en même temps que vous.
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Modèles | CNOTE-12 | CNOTE-25 | CNOTE-50 | CNOTE-50 DUO |
| Nombre de baies | 1 | 1 | 1 | 2 |
| Nombre de U utiles (Immergés + secs) | 12+1 | 25+2 | 50+4 | 2*25+4 |
| Nombre d'unités de refroidissement (UDR) | 1 | 1 | 1 | Nombre de 1 |
| Capacité de refroidissement | 20 kW | 50 kW | 100 kW | 50 kW |
| Spécifications électriques (options) | 380/415 Vac 50/60 Hz 32 Amps, 63 Amps and 125 Amps | |||
| Consommation électrique | 1000 W | 1250 W | 2200 W | 1250 W |
| PUE estimé | ~ 1.05 | ~ 1.03 | ~ 1.02 | ~ 1.03 |
| Redondance | Deux pompes asservies | |||
| Dimensions des baies (L/h/l) | 134x140x91 cm | 134x140x91 cm | 275x140x91 cm | 268x140x91 cm |
| Dimensions des UDR (Uh/I) | 60x140x91 cm | 60x140x91 cm | 75x140x91 cm | 60x140x91 cm |
| Charge au sol | 575 kg/m2 | 595 kg/m2 | 645 kg/m2 | 700 kg/m2 |
| Caractéristiques de l'eau | Température d'entrée de 5 à 32’C / 41 to 89°F. Eau réfrigérée recommandée au-delà 25 ’C / 7Tf | |||
| Options finales de traitement de la chaleur produite | Boucle d'eau réfrigérée, aéro-réfrigérant, tour adiabatique, aérogénérateur, thermalisme, raccordement à un réseau d'eau domestique collectif, serres agricoles, usines de récupération de méthane, piscines chauffées | |||
| DCIM (Supervision) | DCIM intégré DiveIT control | |||
| Protocoles | SNMP, Modbus... | |||
| Alarmes | Configurables : emails / SNMP traps / SMS. | |||
| Monitoring environnemental | Température de l'eau et du fluide, pression, état des pompes, niveau du fluide... | |||
Whether it’s a next-generation data center project, an extension of an existing infrastructure, a need for back-up, edge-computing or blockchain, we will always be able to offer and design a scalable solution for your project that will grow with you.
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Models | CNOTE-12 | CNOTE-25 | CNOTE-50 | CNOTE-50 DUO |
| Numbers of racks | 1 | 1 | 1 | 2 |
| Useful U (Immerged + dry) | 12+1 | 25+2 | 50+4 | 2*25+4 |
| Number of cooling units (UDR) | 1 | 1 | 1 | 1 |
| Cooling capacity | 20 kW | 50 kW | 100 kW | 50 kW |
| Power requirements | 380/415 Vac 50/60 Hz 32 Amps, 63 Amps and 125 Amps | |||
| Power consumption | 1000 W | 1250 W | 2200 W | 1250 W |
| PUE (estimated) | ~ 1.05 | ~ 1.03 | ~ 1.02 | ~ 1.03 |
| Redundancy | Two liquids pumps | |||
| Rack dimension (WxHxD) | 134x140x91 cm | 134x140x91 cm | 275x140x91 cm | 268x140x91 cm |
| Cooling Unit (UDR) dimensions | 60x140x91 cm | 60x140x91 cm | 75x140x91 cm | 60x140x91 cm |
| Floor loading | 575 kg/m2 | 595 kg/m2 | 645 kg/m2 | 700 kg/m2 |
| Water supplied outlet estimated | Water inlet temperature 5 to 32°C / 41 to 89°F. Recommended water inlet temperature above 25°C / 77°F | |||
| Final heat rejections options | Water-loop, aero-coolers, adiabatic tower, thermalism, connection to the domestic network | |||
| DCIM | Integrated DCIM | |||
| Protocols | OPC | |||
| Alarms | Configurable : SNMP traps | |||
| Environmental monitoring | Water and ITCoolant temperature, pressure, pumps level, fluid level and flow | |||
