概述和功能介绍
The MIPI-LVDS Combo Tx IP is designed for chips that perform high bandwidth data communication while operating at low power consumption. It can be easily fabricated and implemented in a GVI, LVDS or MIPI DSI system. For GVI/LVDS system, Macro consists of multi-transmitter channels and one SU unit. The speed of transmitter macro is up to 4.0Gbps and can be configured to GVI (CML) or LVDS mode. For MIPI DSI system, a DSI configuration includes a Clock Lane Module and four Data Lane Modules.
功能描述
GVI
-
Support data rate: 0.5Gbps~4.0Gbps
-
configurable reference clock frequency
-
Per-lane 10-bit/9-bit/8-bit/7-bit parallel interface
-
Support Spread Spectrum clock generation: up to
-
±5000ppm@31.5KHz
-
AC coupling, 75nF~200nF at both ends and one end in TX near-end.
-
One shared PLL for all lanes
-
Individually power down for each lane
-
Support 0~9dB programmable 2-tap FFE (Feed forward equalization)
LVDS
-
Support data rate: 0.25Gbps~2.0Gbps
-
Configurable reference clock frequency
-
Per-lane 10-bit/9-bit/8-bit/7-bit parallel interface
-
DC coupling
-
One shared PLL for all lanes
-
Individually power down for each lane
-
Support 0~9dB programmable 2-tap FFE (Feed forward equalization)
DSI
-
One Clock Lane Channel and four Data Channels
-
Data Channel 0 : Bi-directional with Low-Power RX (LP-RX) and Low-Power CD (LP-CD)
-
Channel 1-4: High-Speed TX (HS-TX) and a Low-Power TX (LP-TX)
-
HS operation rate : 187.5Mbps~1.5Gbps
-
LP operation rate: 10Mbps
-
DC Coupling
-
One shared PLL for all lanes
-
Contention detection module
Common Features
-
Embedded BIST
-
Support wire bonding package
Reliability
-
Life Time : 20 years, with average temperature up to 100degC : 10 years, with average temperature up to 110degC
-
Availability : 100%
-
ESD(HBM) : over 2000V
-
ESD(CDM) : over 500V
-
Latch-up : >100mA
Deliverables
-
Application Note / User Manual
-
Behavior model, and protected RTL codes
-
Protected Post layout netlist and Standard
-
Delay Format (SDF)
-
Frame view (LEF)
-
Metal GDS (GDSII)
-
Test patterns and Test Documentation