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100G OTN Transponder with AES
Alphawave offers a dynamically reconfigurable Nx100GE multi-lane OTN (Callite) transponder SOC solution for 100GE or generic CBR clients. The Nx100G SOC is a single chip multi-lane solution for CBR clients via GMP mapping or for packet client via GFP-F mapping. For packet/GFP-F mapping, oversubscription is supported with bandwidth buffer.
AES-GCM encryption and MAC/RS statistics and performance monitoring are optional add-on features to further enhance the power of Callite SOC.
Each lane is individually configurable through an easy to use Software Application Programming Interface (API)/Customizable software driver.
Callite is a multi-lane SOC solution to transpond 100GE or CBR100G client onto Optical Transport Network (OTN). Each lane can be configured independently. Each lane core supports mapping of CBR100G client and 100GE client. For 100GE client, the core can perform constant bit-rate (CBR) async mapping using GMP or packet mapping using GFP. With packet mapping, a bandwidth buffer is used for bandwidth management between the GFP mapper and the 100GE MAC.
The OTU4 core of Callite supports 3 levels of OH insertions and extractions : register programming, memory programming and external programming via a dedicated OH port. The gFEC function can be disabled (or removed to save area) and a custom high-gain FEC can be used. The OTU4 core supports full alarm and OH inserts and extracts as specified in ITU G.709 and ITU G.798.
AES-GCM encryption and MAC/RS statistics and performance monitoring are optional add-on features to further enhance the power of Callite SOC.
Each lane is individually configurable through an easy to use Software Application Programming Interface (API)/Customizable software driver.
Callite is a multi-lane SOC solution to transpond 100GE or CBR100G client onto Optical Transport Network (OTN). Each lane can be configured independently. Each lane core supports mapping of CBR100G client and 100GE client. For 100GE client, the core can perform constant bit-rate (CBR) async mapping using GMP or packet mapping using GFP. With packet mapping, a bandwidth buffer is used for bandwidth management between the GFP mapper and the 100GE MAC.
The OTU4 core of Callite supports 3 levels of OH insertions and extractions : register programming, memory programming and external programming via a dedicated OH port. The gFEC function can be disabled (or removed to save area) and a custom high-gain FEC can be used. The OTU4 core supports full alarm and OH inserts and extracts as specified in ITU G.709 and ITU G.798.
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Block Diagram of the 100G OTN Transponder with AES IP Core
