EasySS
SDI-IP Gateway System-On-Module
EasySS is a System-On-Module for realizing SDI-IP Gateway conforming to SMPTE® ST2110 standard. SMPTE® ST2110 is the Video/Audio/Ancillary over IP*1 standards suite for Professional media industries, which contributes the movement from SDI to IP-based broadcasting applications.
EasySS implements "Media over IP*1 Package" developed by MACNICA on the FPGA, and by combining it with the baseboard, it is possible to evaluate the SDI-IP gateway immediately.
*1: Internet Protocol
*2: Intellectual Property
EasySS
EasySS Baseboard
Features
- System-On-Module
- SMPTE ST2110 standard based SDI-IP Gateway function
- Immediate evaluation by combining with the baseboard
- Big savings of time and cost
Specifications
| Edition | 10G | 25G |
|---|---|---|
| Direction | Duplex | Simplex |
| Video Input |
HD-SDI x6ch |
HD-SDI x8ch 3G-SDI x8ch Quad 3G-SDI(2SI) x2ch 12G-SDI x2ch* |
| Video Output | HD-SDI x8ch 3G-SDI x8ch Quad 3G-SDI(2SI) x2ch 12G-SDI x2ch* |
|
| Ethernet Interface For SMPTE | 10GBase SFP+ x2ch 1GBase-R SFP x2ch (for PTP)* |
25GBase SFP28 x2ch 1GBase-R SFP x2ch(for PTP)* |
| REF OUTPUT | Black Burst : NTSC or PAL Tri-Sync* : 1080/60/59.94/50I |
|
| Supported SMPTE Profile | SMPTE 2110 -10/-20/-21*/-30/-31*/-40 SMPTE 2022 -6*/-7/-8* SMPTE 2059 -1/-2 |
|
| Codec | TICO* JPEG-XS* (ST2110-nn) |
--- |
| Control Interface | 1000Base-T(RJ45), UART(USB), USB-OTG | |
| Supported IGMP version | IGMP v2, v3 | |
| Other | Remote FW Update, Alarm Monitoring | |
| Stacking Connector | High Density 200pin (T.B.D.) | |
| Size of EasySS W x D x H (mm) | 90 x 100 x 33 (T.B.D.) | |
| Power of EasySS | DC +12V / 2A (T.B.D.) | |
| Size of Ref Board W x D x H (mm) | 160 x 280 x 38 (T.B.D) | |
| Power of Ref Board | DC +12V / 2A (T.B.D.) | |
*: Preliminary
Block Diagram
Schedule
- 10G version
- ES: June 2019
- Production: September 2019
- 25G version
- ES: September 2019
- Production: December 2019
Expected Customers
- Broadcasting equipment makers
- SDI based equipment makers (e.g. High-end Projectors, etc.）
Media over IP Demonstration