M28945-13R

M28945-13R

ZipWirePlus G.shdsl Transceiver with Embedded Microprocessor

Multimode Operation: G.shdsl+, HDSL2, SDSL, and HDSL

The ZipWirePlus multimode DSL solution goes beyond simple

compliance to the ITU-T G.shdsl standard by supporting the optional

Enhanced Performance Asymmetrical PSD (EPAP) mode of

operation. In addition, it is compliant with the ANSI HDSL2 standard

(ANSI T1.418) and provides interoperability with Mindspeed’s

market-leading ZipWire transceivers through operation in 2B1Q

multirate mode. The 2B1Q mode includes support of AutoBaud for

SDSL interoperability, rate optimization and fast connect times, as

well as standards-based HDSL operation. The ZipWirePlus also

supports Mindspeed’s own proprietary modes, like 32-PAM, 64 kbps

and 4.6 Mbps operation, which provide enhanced spectral

compatibility, extended subscriber line reach, and high-speed

operation. All modes are supported by a single hardware circuit (i.e.,

one transformer, crystal, and hybrid) and can be configured in real

time via software control.

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M28945-13R

ZipWirePlus G.shdsl Transceiver with Embedded Microprocessor

Multimode Operation: G.shdsl+, HDSL2, SDSL, and HDSL

The ZipWirePlus multimode DSL solution goes beyond simple

compliance to the ITU-T G.shdsl standard by supporting the optional

Enhanced Performance Asymmetrical PSD (EPAP) mode of

operation. In addition, it is compliant with the ANSI HDSL2 standard

(ANSI T1.418) and provides interoperability with Mindspeed’s

market-leading ZipWire transceivers through operation in 2B1Q

multirate mode. The 2B1Q mode includes support of AutoBaud for

SDSL interoperability, rate optimization and fast connect times, as

well as standards-based HDSL operation. The ZipWirePlus also

supports Mindspeed’s own proprietary modes, like 32-PAM, 64 kbps

and 4.6 Mbps operation, which provide enhanced spectral

compatibility, extended subscriber line reach, and high-speed

operation. All modes are supported by a single hardware circuit (i.e.,

one transformer, crystal, and hybrid) and can be configured in real

time via software control.