Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceive
US Delivery Time: 3-5 Business Days.
Product Description
Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceive
HP Network Transceiver Modules is OEM compatible SFP+ transceiver module is a high performance, cost effective device supporting a data-rate of 10gbps over 82m transmission distance on OM2 fiber or even 400m over 10gbps-optimized OM4 connection It can be inserted in or removed from host chassis without shutting power of the host systemFeatures of Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceive
Hp x130 10g sfp+ lc sr transceiver Design that delivers high availability, scalability, and for maximum flexibility and priceperformance Made in United StatesSpecification of Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceive
| Product Details | |
|---|---|
| Dimensions | 1.2X2.75X4.75 |
| Weight | 2 |
Product FAQs
Q: What is the data-rate supported by the Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceiver?
Ans: The data-rate supported by this transceiver module is 10gbps.
Q: What is the maximum transmission distance supported by this transceiver module?
Ans: This transceiver module supports a transmission distance of 82m on OM2 fiber or 400m on OM4 fiber.
Q: Can the Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceiver be hot-swapped?
Ans: Yes, this transceiver module can be inserted or removed from the host chassis without shutting down the host system.
Q: Where is the Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceiver manufactured?
Ans: This transceiver module is manufactured in the United States.
Q: What are the dimensions and weight of the Hewlett Packard HPE Networking BTO JD092B X130 10g SFP+ Lc Sr Transceiver?
Ans: The dimensions of this transceiver module are 1.2 x 2.75 x 4.75 inches and it weighs 2 pounds.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.