To deploy ultra-broadband networks over which users can enjoy high-quality cloud computing, mobile broadband and HD video services
Huawei, a provider of telecommunications network offerings, has launched 200G line card for high-end router.
The high-performance line card strengthens Huawei's router clustering capabilities and will enable operators to deploy ultra-broadband networks over which users can enjoy high-quality cloud computing, mobile broadband and HD video services.
The deployment of the new 200G line card enables higher network and power efficiency for operators to effectively increase bandwidth, while reducing operation and maintenance (O&M) costs.
The new offering uses Huawei's Solar chipsets including high performance forwarding engine chipset, switch fabric chipset, traffic management chipset, and the new-gen energy-saving technologies as MIP (Macro Instruction for Packet Processing).
The above chipsets allows the 200G line card to achieve line-rate forwarding of services and maintain minimum power consumption lower than 2.62 W per GE, the company claimed.
Huawei carrier IP sub-product line president Hu Kewen said operators demands for larger-capacity ultra-broadband networks to carry high-value services is the essential drive behind their development of the 200G line card.
The 200G line card, consisting of a mother card and daughter card, will be delivered with two types: 2 x 100GE and 20 x 10GE.
Huawei, a provider of telecommunications network offerings, has launched 200G line card for high-end router.
The high-performance line card strengthens Huawei's router clustering capabilities and will enable operators to deploy ultra-broadband networks over which users can enjoy high-quality cloud computing, mobile broadband and HD video services.
The deployment of the new 200G line card enables higher network and power efficiency for operators to effectively increase bandwidth, while reducing operation and maintenance (O&M) costs.
The new offering uses Huawei's Solar chipsets including high performance forwarding engine chipset, switch fabric chipset, traffic management chipset, and the new-gen energy-saving technologies as MIP (Macro Instruction for Packet Processing).
The above chipsets allows the 200G line card to achieve line-rate forwarding of services and maintain minimum power consumption lower than 2.62 W per GE, the company claimed.
Huawei carrier IP sub-product line president Hu Kewen said operators demands for larger-capacity ultra-broadband networks to carry high-value services is the essential drive behind their development of the 200G line card.
The 200G line card, consisting of a mother card and daughter card, will be delivered with two types: 2 x 100GE and 20 x 10GE.
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