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MiniLinx-1000: |
Multichannel 12G/6G/3G/HD/SD-SDI/ASI + 10G/1G Ethernet |
FEATURES:
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Portable - Desktop mount.
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Transports up to 8 independent 12G-SDI1, 6G-SDI1, 3G-SDI, HD-SDI, SD-SDI or ASI signal rates plus a 10G or 1G Ethernet2 signal on a single fibre.
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Suitable for 4K/UHD video3.
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Path lengths up to 25 dB4 optical path loss using 9/125 µm single mode fibre.
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MultiLinx-1000 available as either 8Tx; 8Rx; 6Tx+2Rx; 6Rx+2Tx; 4Tx+4Rx; 4Rx+4Tx; 4Tx+2Rx; 4Rx+2Tx; 4Tx; 4Rx; 2Tx+2Rx; or 2Rx+2Tx models.
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Two DC supply inputs for power supply redundancy.
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Web Browser monitoring and control.
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The MiniLinx-1000 is a portable multi-channel transmitter / receiver unit designed principally for use as an up to eight serial data + Ethernet2 fibre optic
transmission link on a single fibre for 12G-SDI1, 6G‑SDI1, 3G-SDI, HD-SDI or SD-SDI applications using 9/125 µm single mode fibre. |
NOTE: |
1 |
12G-SDI and 6G-SDI only applicable to 12G versions of MiniLinx-1000. |
2 |
Ethernet port only available on Ethernet versions of MiniLinx-1000. Ethernet SFP's not included -
sold separately. 10G or 1G Ethernet SFP, type MSA, required for Ethernet operation. |
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3 |
Suitable for 4K/UHD as a 12G-SDI or 6G-SDI signal on 12G version of MiniLinx-1000 only;4K/UHD as quad 3G-SDI signal
suitable on both 12G and standard 3G versions of MiniLinx-1000. |
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4 |
Rated at 25dB optical path loss at 3G-SDI on 4-Channel, non-Ethernet versions of MiniLinx-1000 fitted with APD detectors,
typically >28dB at HD and SD. |
MiniLinx-1000 Front Panel. |
MiniLinx-1000 Rear Panel with optical Ethernet SFP fitted (sold separately). |
BLOCK DIAGRAMS:
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TECHNICAL SPECIFICATIONS:
(Preliminary) |
Ethernet: |
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Type |
Standard IEEE 802.3ae & 802.3z (optical option); or IEEE 802.3an & 802.3ab (electrical option), dependent on plug-in SFP+ used (sold separately). |
Data Rate |
10 Gb/s / 1 Gb/s, automatic. |
Connector (dependent on SFP used) |
2 x LC/PC optical; or RJ-45 electrical. |
Transmitter Mode: |
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Input serial data signal |
11.88 Gb/s (12G-SDI) to SMPTE 2082-15; 5.94 Gb/s (6G-SDI) to SMPTE 2081-15; 2.97 Gb/s (3G-SDI) to SMPTE 424M; 1.485 Gb/s (HD-SDI) to SMPTE 292M; 270 Mb/s (SD-SDI) to SMPTE 259M-C and DVB-ASI. |
Input Impedance |
75 Ω. |
Input Return Loss |
> 15 dB 5 MHz to 1.5 GHz; > 10 dB 1.5 GHz to 2.97 GHz. |
Automatic Cable Compensation |
> 40m at 11.88 Gb/s (12G-SDI) with RG6/U5; > 80m at 5.94 Gb/s (6G-SDI) with RG6/U5; > 100 m at 2.97 Gb/s (3G-SDI) with Belden 1694A; > 100 m at 1.485 Gb/s (HD-SDI) with Belden 1694A; > 250 m at 270 Mb/s (SD-SDI/ASI) with Belden 8281. |
Input Connector |
Up to 8 x BNC on rear panel, 1 per channel, dependent upon model chosen. |
Receiver Mode: |
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Number of Outputs |
1 per channel, data reclocked, AC coupled. |
Output Level |
800 mV ± 10%. |
Output Impedance |
75 Ω. |
Output Return Loss |
> 15 dB 5 MHz to 1.5 GHz; > 10 dB 1.5 GHz to 2.97 GHz. |
Output Rise and Fall Time |
< 135 ps at 2.97 Gb/s and 1.485 Gb/s; > 0.4 ns and < 1.5 ns at 270 Mb/s. |
Intrinsic Jitter |
< 0.3 UI at 2.97 Gb/s reclocked; < 0.2 UI at 1.485 Gb/s reclocked; < 0.1 UI at 270 Mb/s reclocked. |
Output Connector |
Up to 8 x BNC on rear panel, 1 per channel, dependent upon model chosen. |
Ethernet:6 (if fitted) |
If Ethernet port required, add '+E' to end of desired model's order code. |
Type |
Standard IEEE 802.3ae & 802.3z (optical option); or IEEE 802.3an & 802.3ab (electrical option), dependent on plug-in SFP+ used (sold separately). |
Data Rate |
10 Gb/
s / 1 Gb/
s, automatic. |
Connector (dependent on SFP used) |
2 x LC/PC optical; or RJ-45 electrical. |
Optical: |
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Optical Output |
0 dBm +5/-0 dB individual CWDM DFB lasers, optically combined. |
Optical Input |
(3G PIN Standard) |
0 to -16 dBm at 3G-SDI, typically < -18 dBm at HD/SD-SDI; |
(3G APD Optional) |
−7 to −25 dBm at 3G-SDI, typically < −28 dBm at HD/SD‑SDI; |
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(12G PIN Optional)7 |
0 to −12 dBm at 12G/6G-SDI, typically < −15 dBm at 3G-SDI & < −17 dBm at HD/SD‑SDI. |
Available Wavelengths |
10 x CWDM DFB lasers -
1390nm, 1410nm, 1470nm to 1610nm, 20nm spacing. |
Optical Path Loss8,9,10 |
0 to 14 dB at 3G-SDI, typically > 16 dB at HD/SD-SDI (3G PIN detectors); 5 to 23 dB at 3G-SDI, typically > 26 dB at HD/SD-SDI (3G APD detectors); 0 to 10 dB, typically > 13 dB at 3G-SDI & > 15 dB at HD/SD-SDI (12G PIN detectors7). |
Optical Fibre |
Designed for use with 9/125 µm single mode fibre. |
Optical Connector |
1 x SC/PC (standard) on rear. (Optical outputs and optical inputs combined via on-board CWDM). |
Power Requirements: |
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Voltage |
+ 12 Vdc. |
Power consumption |
< 20VA. |
Other: |
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Temperature range |
0 - 50°C ambient. |
Dimensions |
169 x 30.5 x 165 mm. |
NOTE: |
5 |
12G-SDI and 6G-SDI only applicable to 12G versions of MiniLinx-1000. |
6 |
Ethernet port only available on Ethernet versions of MiniLinx-1000. Ethernet SFP's not included -
sold separately. 10G or 1G Ethernet SFP, type MSA, required for Ethernet operation. |
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7 |
12G SFP lasers and detectors only applicable to 12G versions of MiniLinx-1000. |
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8 |
10dB Optical attenuator required for when optical path loss is less 7dB for 3G APD detector. |
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9 |
Add 1.5 dB to optical path loss for 4Tx+E, 4Rx+E, 2Tx+2Rx+E and 2Rx+2Tx+E models. |
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10 |
Add 0.5 dB to optical path loss for non-Ethernet versions. |
Ordering: |
3G versions without Ethernet port: |
MiniLinx-1000/8Tx |
Configured as a 3G 8-channel transmitter only. |
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MiniLinx-1000/8Rx |
Configured as a 3G 8-channel receiver only. |
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MiniLinx-1000/6Tx+2Rx |
Configured as a 3G 6-channel transmitter, 2-channel receiver. |
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MiniLinx-1000/6Rx+2Tx |
Configured as a 3G 6-channel receiver, 2-channel transmitter. |
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MiniLinx-1000/4Tx+4Rx |
Configured as a 3G 4-channel transmitter, 4-channel receiver. |
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MiniLinx-1000/4Rx+4Tx |
Configured as a 3G 4-channel receiver, 4-channel transmitter. |
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MiniLinx-1000/6Tx |
Configured as a 3G 6-channel transmitter only. |
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MiniLinx-1000/6Rx |
Configured as a 3G 6-channel receiver only. |
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MiniLinx-1000/4Tx+2Rx |
Configured as a 3G 4-channel transmitter, 2-channel receiver. |
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MiniLinx-1000/4Rx+2Tx |
Configured as a 3G 4-channel receiver, 2-channel transmitter. |
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MiniLinx-1000/4Tx |
Configured as a 3G 4-channel transmitter only. |
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MiniLinx-1000/4Rx |
Configured as a 3G 4-channel receiver only. |
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MiniLinx-1000/2Tx+2Rx |
Configured as a 3G 2-channel transmitter, 2-channel receiver. |
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MiniLinx-1000/2Rx+2Tx |
Configured as a 3G 2-channel receiver, 2-channel transmitter. |
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3G versions with 1G Ethernet port: |
MiniLinx-1000/8Tx+E |
Configured as a 3G 8-channel transmitter only + 1G Ethernet port. |
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MiniLinx-1000/8Rx+E |
Configured as a 3G 8-channel receiver only + 1G Ethernet port. |
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MiniLinx-1000/6Tx+2Rx+E |
Configured as a 3G 6-channel transmitter, 2-channel receiver + 1G Ethernet port. |
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MiniLinx-1000/6Rx+2Tx+E |
Configured as a 3G 6-channel receiver, 2-channel transmitter + 1G Ethernet port. |
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MiniLinx-1000/4Tx+4Rx+E |
Configured as a 3G 4-channel transmitter, 4-channel receiver + 1G Ethernet port. |
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MiniLinx-1000/4Rx+4Tx+E |
Configured as a 3G 4-channel receiver, 4-channel transmitter + 1G Ethernet port. |
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MiniLinx-1000/6Tx+E |
Configured as a 3G 6-channel transmitter only + 1G Ethernet port. |
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MiniLinx-1000/6Rx+E |
Configured as a 3G 6-channel receiver only + 1G Ethernet port. |
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MiniLinx-1000/4Tx+2Rx+E |
Configured as a 3G 4-channel transmitter, 2-channel receiver + 1G Ethernet port. |
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MiniLinx-1000/4Rx+2Tx+E |
Configured as a 3G 4-channel receiver, 2-channel transmitter + 1G Ethernet port. |
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MiniLinx-1000/4Tx+E |
Configured as a 3G 4-channel transmitter only + 1G Ethernet port. |
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MiniLinx-1000/4Rx+E |
Configured as a 3G 4-channel receiver only + 1G Ethernet port. |
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MiniLinx-1000/2Tx+2Rx+E |
Configured as a 3G 2-channel transmitter, 2-channel receiver + 1G Ethernet port. |
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MiniLinx-1000/2Rx+2Tx+E |
Configured as a 3G 2-channel receiver, 2-channel transmitter + 1G Ethernet port. |
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3G versions with 10G Ethernet port: |
MiniLinx-1000/8Tx+10E |
Configured as a 3G 8-channel transmitter only + 10G Ethernet port. |
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MiniLinx-1000/8Rx+10E |
Configured as a 3G 8-channel receiver only + 10G Ethernet port. |
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MiniLinx-1000/6Tx+2Rx+10E |
Configured as a 3G 6-channel transmitter, 2-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/6Rx+2Tx+10E |
Configured as a 3G 6-channel receiver, 2-channel transmitter + 10G Ethernet port. |
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MiniLinx-1000/4Tx+4Rx+10E |
Configured as a 3G 4-channel transmitter, 4-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/4Rx+4Tx+10E |
Configured as a 3G 4-channel receiver, 4-channel transmitter + 10G Ethernet port. |
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MiniLinx-1000/6Tx+10E |
Configured as a 3G 6-channel transmitter only + 10G Ethernet port. |
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MiniLinx-1000/6Rx+10E |
Configured as a 3G 6-channel receiver only + 10G Ethernet port. |
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MiniLinx-1000/4Tx+2Rx+10E |
Configured as a 3G 4-channel transmitter, 2-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/4Rx+2Tx+10E |
Configured as a 3G 4-channel receiver, 2-channel transmitter + 10G Ethernet port. |
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MiniLinx-1000/4Tx+10E |
Configured as a 3G 4-channel transmitter only + 10G Ethernet port. |
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MiniLinx-1000/4Rx+10E |
Configured as a 3G 4-channel receiver only + 10G Ethernet port. |
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MiniLinx-1000/2Tx+2Rx+10E |
Configured as a 3G 2-channel transmitter, 2-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/2Rx+2Tx+10E |
Configured as a 3G 2-channel receiver, 2-channel transmitter + 10G Ethernet port. |
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12G versions with 10G Ethernet port: |
MiniLinx-1000/8Tx+10E/12 |
Configured as a 12G 8-channel transmitter only + 10G Ethernet port. |
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MiniLinx-1000/8Rx+10E/12 |
Configured as a 12G 8-channel receiver only + 10G Ethernet port. |
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MiniLinx-1000/6Tx+2Rx+10E/12 |
Configured as a 12G 6-channel transmitter, 2-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/6Rx+2Tx+10E/12 |
Configured as a 12G 6-channel receiver, 2-channel transmitter + 10G Ethernet port. |
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MiniLinx-1000/4Tx+4Rx+10E/12 |
Configured as a 12G 4-channel transmitter, 4-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/4Rx+4Tx+10E/12 |
Configured as a 12G 4-channel receiver, 4-channel transmitter + 10G Ethernet port. |
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MiniLinx-1000/6Tx+10E/12 |
Configured as a 12G 6-channel transmitter only + 10G Ethernet port. |
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MiniLinx-1000/6Rx+10E/12 |
Configured as a 12G 6-channel receiver only + 10G Ethernet port. |
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MiniLinx-1000/4Tx+2Rx+10E/12 |
Configured as a 12G 4-channel transmitter, 2-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/4Rx+2Tx+10E/12 |
Configured as a 12G 4-channel receiver, 2-channel transmitter + 10G Ethernet port. |
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MiniLinx-1000/4Tx+10E/12 |
Configured as a 12G 4-channel transmitter only + 10G Ethernet port. |
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MiniLinx-1000/4Rx+10E/12 |
Configured as a 12G 4-channel receiver only + 10G Ethernet port. |
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MiniLinx-1000/2Tx+2Rx+10E/12 |
Configured as a 12G 2-channel transmitter, 2-channel receiver + 10G Ethernet port. |
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MiniLinx-1000/2Rx+2Tx+10E/12 |
Configured as a 12G 2-channel receiver, 2-channel transmitter + 10G Ethernet port. |
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Version variations: |
APD detector version |
Add /APD to end of part number, e.g. MiniLinx-1000/8Tx/APD (not available in 12G version). |
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Optical Connector |
Standard optical connector is an SC/PC type. For other connector types, add to end of part number /FC for FC/PC type;
/LC for LC/PC type; or /ST for ST/PC type. |
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APC Fibre type |
Standard optic fibre type is SC/PC. For Angle Physical Connector type (APC), add /APC to end of part number. |
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Example: |
MiniLinx-1000/4Tx+4Rx+10E/12G/APD/FC/APC is a 12G version with 4 transmitters and 4 receivers plus a 10G Ethernet port
fitted with APD detectors and terminated in an FC/APC style of connector. |
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Plug-in Ethernet SFPs: |
SFP-1G-OPT-SM |
1G Ethernet single-mode, MSA, generic optical transceiver SFP (LC/PC optical connectors); |
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SFP-1G-OPT-MM |
1G Ethernet multi-mode, MSA, generic optical transceiver SFP (LC/PC optical connectors); |
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SFP-1G-RJ45 |
1G Ethernet Cat 5/6, MSA, generic electrical transceiver SFP (RJ45 connector). |
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SFP-10G-OPT-SM |
10G Ethernet single-mode, MSA, generic optical transceiver SFP (LC/PC optical connectors); |
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SFP-10G-OPT-MM |
10G Ethernet multi-mode, MSA, generic optical transceiver SFP (LC/PC optical connectors); |
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SFP-10G-OPT-SM |
10G Ethernet Cat 5/6, MSA, generic electrical transceiver SFP (RJ45 connector). |
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Ethernet versions of the MiniLinx-1000 come with an Ethernet port suitable for third party MSA compliant 10G or 1G Ethernet SFP's. As there are a number of different manufacturers of Ethernet routers, and there is a large choice of Ethernet SFP transceivers available, the MiniLinx-1000 does not come with an Ethernet SFP as standard. We can offer a limited choice of generic Ethernet SFP's (sold separately, as above), but if it is wished to match a specific brand of router then it is recommended that these be sourced from a third party supplier. |
Due to our policy of continuing development, these specifications are subject to change without notice. |