HPE X240 compatible BlueLAN 40G QSFP Direct Attach Cable (DAC)
HPE X240 JG326A compatible BlueLAN, DAC QSFP SC252501K1M30
Item number:
JG326A-BL
EAN no.:
4063232636665
Product information for HPE X240 JG326A compatible BlueLAN, DAC QSFP SC252501K1M30
HPE X240 compatible direct attach cable (DAC) as a passive 40 Gigabit twinaxial copper variant, with QSFP to QSFP connection, for connecting hardware in racks and across adjacent racks. BlueLAN HPE X240 compatible QSFP Direct Attach cables are suitable for 40G Ethernet and InfiniBand (SDR, DDR & QDR) applications.
Buy HPE X240 compatible QSFP Direct Attach Cables of the BlueLAN brand from CBO today, as these cables meet or even exceed the requirements of the original manufacturer, HPE, in terms of technical properties and functional operation.
< br> Product features:
- Type: Direct Attach Cable (DAC)
- Data rate: 40GBASE-CR4
- Connection: QSFP to QSFP
- Medium: Twinaxial copper wires
- AWG : 30
- Warranty: 5 years
BlueLAN QSFP Direct Attach Cable compatible with the HPE X240 cable, only use high quality components from brand manufacturers (such as: Belden, Molex, TE Connectivity or Amphenol) to provide the To ensure durability, accuracy and unlimited functionality of the compatible QSFP Direct Attach Cable. In addition to automated test runs, which include checking the mechanical strength of each individual HPE-compatible BlueLAN QSFP Direct Attach Cable, production also ensures compliance with the relevant MSA (Multi Source Agreement) standards and the resistance of the material. All H3C compatible BlueLAN QSFP Direct Attach Cables also meet the highest industrial standards, such as CE and RoHS, as well as the requirements of TÜV Rheinland, UL and FCC.
BlueLAN guarantee:
BlueLAN QSFP Direct Attach cables are 100% HPE compatible. Every BlueLAN HPE X240 compatible QSFP Direct Attach Cable is tested in the manufacturer's hardware before shipping in order to guarantee its functionality and compatibility and to ensure that the highest industrial quality standards are achieved.
BlueLAN Warranty:
BlueLAN HPE X240 compatible QSFP Direct Attach Cables come with a 5 year replacement guarantee - without any discussion!
Buy HPE X240 compatible QSFP Direct Attach Cables of the BlueLAN brand from CBO today, as these cables meet or even exceed the requirements of the original manufacturer, HPE, in terms of technical properties and functional operation.
< br> Product features:
- Type: Direct Attach Cable (DAC)
- Data rate: 40GBASE-CR4
- Connection: QSFP to QSFP
- Medium: Twinaxial copper wires
- AWG : 30
- Warranty: 5 years
BlueLAN QSFP Direct Attach Cable compatible with the HPE X240 cable, only use high quality components from brand manufacturers (such as: Belden, Molex, TE Connectivity or Amphenol) to provide the To ensure durability, accuracy and unlimited functionality of the compatible QSFP Direct Attach Cable. In addition to automated test runs, which include checking the mechanical strength of each individual HPE-compatible BlueLAN QSFP Direct Attach Cable, production also ensures compliance with the relevant MSA (Multi Source Agreement) standards and the resistance of the material. All H3C compatible BlueLAN QSFP Direct Attach Cables also meet the highest industrial standards, such as CE and RoHS, as well as the requirements of TÜV Rheinland, UL and FCC.
BlueLAN guarantee:
BlueLAN QSFP Direct Attach cables are 100% HPE compatible. Every BlueLAN HPE X240 compatible QSFP Direct Attach Cable is tested in the manufacturer's hardware before shipping in order to guarantee its functionality and compatibility and to ensure that the highest industrial quality standards are achieved.
BlueLAN Warranty:
BlueLAN HPE X240 compatible QSFP Direct Attach Cables come with a 5 year replacement guarantee - without any discussion!
Technical properties
| Compatible to: | HP Enterprise |
|---|---|
| Speed: | 40 Gbit/s |
| Type of connector connection 1: | QSFP |
| Type of connector connection 2: | QSFP |
Safety instructions
Warning: Danger of electric shocks and short circuits! Ensure proper earthing to avoid electric shocks. Avoid overloading as this can lead to overheating and short circuits. Check that the housing is undamaged and that there are no exposed contacts or bare wires. Ensure that all electrical connections are made correctly and that the ambient conditions comply with the technical specifications. Always keep a sufficient distance from live devices and avoid misuse.