february 10, 2009 - 10GBundles - Bidirectional 10G 40km Bundle
Our engineers had an idea how to transmit 10 Gigabit using one single fiber (not a pair) up to 40km. After lab and field test, we are now unveiling the World first 10 Gigabit Ethernet transmission on one single fiber without using expensive DWDM technologies. A very simple solution for operators renting dark fibers to their strategic POPs. See documentations for more information here.
Our engineers had an idea how to transmit 10 Gigabit using one single fiber (not a pair) up to 40km. After lab and field test, we are now unveiling the World first 10 Gigabit Ethernet transmission on one single fiber without using expensive DWDM technologies. A very simple solution for operators renting dark fibers to their strategic POPs. See documentations for more information here.
february 02, 2009 - 10GBundles.com - strategic partnership with Fibergic
Fibergic has announced strategic partnership with 10GBundles.com in order to provide reliable 10GNetworks for service provider companies with combined cable TV and internet services. 10GBundles.com is focusing on this special segment with strong engineering support from both CCIE engineers and Fibergic’s technical support pool. Fibergic is supporting this bundle with a special product developed for our valuable service provider customers. This product enables your optical network to transmit 10G over the 1310nm window for up to 40kms. this enables our customers to use the same fiber for transmitting analogue 1GHz signal as well. The newly developed module set was extensively tested in production environment for several months before the final roll-out phase. As always we strive to provide reliable networks. Our current references include for example a 10G line of 33 kms (approximately 20 miles). To get in touch directly with this new product visit 10GBundles.com or download the data sheet here or call your local partner near you. Visit Fibergic website for more intormation.
Fibergic has announced strategic partnership with 10GBundles.com in order to provide reliable 10GNetworks for service provider companies with combined cable TV and internet services. 10GBundles.com is focusing on this special segment with strong engineering support from both CCIE engineers and Fibergic’s technical support pool. Fibergic is supporting this bundle with a special product developed for our valuable service provider customers. This product enables your optical network to transmit 10G over the 1310nm window for up to 40kms. this enables our customers to use the same fiber for transmitting analogue 1GHz signal as well. The newly developed module set was extensively tested in production environment for several months before the final roll-out phase. As always we strive to provide reliable networks. Our current references include for example a 10G line of 33 kms (approximately 20 miles). To get in touch directly with this new product visit 10GBundles.com or download the data sheet here or call your local partner near you. Visit Fibergic website for more intormation.
january 15, 2009 - 10GBundles - Strategic POP Bundle
Our first lab test successfully finished for telco and cable strategic POP. The bundles provides 24 copper Gigabit ports, 4 copper or optical SFP Gigabit ports and 4 10Gigabit interfaces on targeted point-of-presence deployments thanks to Force10 Networks S25N switch. Using the XFP-LR-16D modules, we had access to the optical media up to 40km distances, and as it uses 1310nm wavelength, we also able to use the fibers' 1550nm window to transmit RF for cable operators. See documentation for more information here.
Our first lab test successfully finished for telco and cable strategic POP. The bundles provides 24 copper Gigabit ports, 4 copper or optical SFP Gigabit ports and 4 10Gigabit interfaces on targeted point-of-presence deployments thanks to Force10 Networks S25N switch. Using the XFP-LR-16D modules, we had access to the optical media up to 40km distances, and as it uses 1310nm wavelength, we also able to use the fibers' 1550nm window to transmit RF for cable operators. See documentation for more information here.