-
EO3G-100 -
EO3G-200 -
OE3G-101 -
OE3G-201
3G-SDI EO/OE Converters
An optical converter equipped with a reclocker that supports 3G-SDI signals.
Key Features and Benefits
- Supports 3G/HD/SD-SDI and DVB-ASI
- Capable of Pathological Test Pattern transmission
(SMPTE RP-178, 198 Check Field Test Pattern) - Super low latency
- Compact size
- No complicated settings
- Cost effective
- Note:
- Platform is required for power supply
- Tech Data
- Downloads
Electric to Optic Converter (TX)
| Model | Wavelength | Sensitivity | Dual Out | Occupancy |
|---|---|---|---|---|
| EO3G-100 | 1310 nm | -2.5 dBm | No | 1 slot |
| EO3G-200 | Yes | 2 slots | ||
| EO3G-100A-27 | 1271 nm | +2.5 dBm | No | 1 slot |
| EO3G-100A-29 | 1291 nm | |||
| EO3G-100A-31 | 1311 nm | |||
| EO3G-100A-33 | 1331 nm | |||
| EO3G-100A-35 | 1351 nm | |||
| EO3G-100A-37 | 1371 nm | |||
| EO3G-100A-43 | 1431 nm | |||
| EO3G-100A-45 | 1451 nm | |||
| EO3G-100A-47 | 1471 nm | |||
| EO3G-100A-49 | 1491 nm | |||
| EO3G-100A-51 | 1511 nm | |||
| EO3G-100A-53 | 1531 nm | |||
| EO3G-100A-55 | 1551 nm | |||
| EO3G-100A-57 | 1571 nm | |||
| EO3G-100A-59 | 1591 nm | |||
| EO3G-100A-61 | 1611 nm |
Optic to Electric Converter (RX)
| Model | Wavelength | Emission | Monitor Out | Occupancy |
|---|---|---|---|---|
| OE3G-101 | 1200-1620 nm | -22 dBm | No | 1 slot |
| OE3G-201 | Yes | 2 slots |
Specifications
| Model | EO3G-100 | EO3G-200 | EO3G-100A | OE3G-101 | OE3G-201 |
|---|---|---|---|---|---|
| Convertibility | Electric to Optic | Optic to Electric | |||
| Optical Connector | 1 x LC (output) | 1 x LC (input) | |||
| Fiber Type | Single Mode | ||||
| SDI Input | 1 x 75 ohm BNC | 1 x 75 ohm BNC | 1 x 75 ohm BNC | N/A | N/A |
| SDI Output | N/A | 1 x 75 ohm BNC (no-reclocked) | N/A | 1 x 75 ohm BNC | 2 x 75 ohm BNC |
| Dimensions (mm) | 17 x 43.4 x 78.4 | 35.5 x 43.4 x 78 | 17 x 43.4 x 78.4 | 17 x 43.4 x 78.4 | 35.5 x 43.4 x 78 |
| Weight (approx.) | 100 g | 150 g | 95 g | 100 g | 150 g |
| Standards | SMPTE ST 259, 292-1, 297-1, 424, EN50083-9 | ||||
Technical Note
Jitter
The timing deviation of the periodic signal waveform is called jitter.
For serial data signals such as SDI signals, Jitter occurs due to the
deviation of reference clock signal, reflection caused by connection
through coaxial cables or between devices, loss of DC and high frequency
components, the influence of noise from the equipment itself or from the
outside.
In the worst case, an error occurs in clock data recovery due to this jitter
and that with SDI signals, noise may appear on the screen or signal
transmission may come to be fail.
