Every unit in the Smart Series is remotely managed. Configure it, read live optical power and port health on the built-in screen or a mobile app, and get an alert the moment a link degrades — with no laptop, no optical meter, and no return trip to site. Fewer truck-rolls, faster commissioning, longer uptime.
Extend Ethernet over fiber and see the whole link. Standard 10/100/1000M, 2.5G and 10G converters that turn a copper port into a fiber link — and let the installer verify optical health from the ground, not the ladder.
Copper Ethernet dies past ~100 metres, and an unmanaged converter is a black box — when a fiber link is weak, the installer has no way to know without carrying an optical power meter to every end. The Smart converter puts live optical Tx/Rx power, distance and port status on the unit and in the app, so a link is verified — or a fault is located — in seconds, from the ground.
| Antek Code | Configuration | Speed |
|---|---|---|
| AL-11001 | 1× RJ45 · 1× SFP | 10/100/1000M |
| AL-11003 | 1× RJ45 · 1× SFP | to 2.5G |
| AL-11005 | 1× RJ45 · 1× SFP/SFP+ | to 10G |
| AL-11007 | 2× RJ45 · 1× SFP | 10/100/1000M |
| AL-11009 | 1× RJ45 · 2× SFP | 10/100/1000M |
Where used: fiber backbones for CCTV and data networks, building-to-building links, campus and industrial sites, rail, road and utility monitoring.
One box that extends the link over fiber and powers the device at the far end — an IP camera, a wireless AP, an access controller — over the same cable. PoE+ to PoE++ 90 W.
A camera on a pole 400 metres out has no mains power and no switch nearby. Running power to it means an electrician and a permit; a switch at each end is overkill. The PoE converter carries the link over fiber and delivers up to 90 W down the copper to the device — one cable, no local power, no second trade on site.
| Antek Code | Configuration | PoE Budget |
|---|---|---|
| AL-11002 | 1× RJ45 · 1× SFP | 95W PoE++ |
| AL-11004 | 1× RJ45 · 1× SFP (2.5G) | 95W PoE++ |
| AL-11006 | 1× RJ45 · 1× SFP+ (10G) | 95W PoE++ |
| AL-11008 | 2× RJ45 · 1× SFP | 95W PoE++ |
Where used: perimeter and gate cameras, car-park and street CCTV, remote wireless APs — any powered device at the far end of a fiber run.
Fiber-to-fiber regeneration for backbone and long-haul links — wavelength conversion, rate adaptation, and 3R signal regeneration to rebuild a clean optical signal over distance. 10G, 25G and 100G/40G.
Over long metro and backbone spans an optical signal attenuates and its timing smears until the link errors. A plain patch can’t fix that. The 3R repeater actively re-amplifies, re-shapes and re-times the signal — and converts wavelength (1310/1550nm, CWDM/DWDM) — so one span reaches far beyond a single optic’s budget, with loopback testing built in for fast fault isolation.
| Antek Code | Class | Rate |
|---|---|---|
| AL-21001 | 10G OEO | 125M – 10G |
| AL-21002 | 10G OEO · 3R | 1.25 – 12.5G |
| AL-21003 | 25G OEO · 3R | 10.3 – 25.78G |
| AL-21004 | 100G/40G OEO · 3R | 40G / 100G |
Where used: SAN/LAN/MAN backbones, data centres, telecom rooms, R&D labs, DWDM metro links.
The managed converter, hardened for the cabinet: wide 9–54 V DC input, DIN-rail mount and wide-temperature operation — built for Gulf roadside, rooftop and factory-floor deployment.
A commercial converter rated to ~45 °C reboots every afternoon inside a Gulf street cabinet that passes 60 °C in summer — and every reboot is a truck-roll. The industrial range is rated to +75 °C, fanless, DIN-rail mounted, and runs off a wide 9–54 V DC supply (site power, battery or solar). It stays up through the summer and reports its own health remotely.
| Antek Code | Configuration | PoE |
|---|---|---|
| AL-31001 | 1× RJ45 · 1× SFP | — |
| AL-31002 | 1× RJ45 · 1× SFP | 30W |
| AL-31003 | 1× RJ45 · 1× SFP | 60W |
| AL-31004 | 1× RJ45 · 1× SFP | 90W |
| AL-31005 | 2× RJ45 · 1× SFP | opt. |
Where used: roadside & perimeter CCTV cabinets, traffic/ANPR, factories, oil & gas, utilities, pump and solar sites. Full 30/60/90 W range on the line card.
The whole cabinet in one hardened box: aggregate and power several cameras on copper, carry the link back over fiber, and manage every port remotely. 4- and 8-port, with 1–2 SFP uplinks.
A perimeter position has four cameras, no mains, and one fiber back to the control room. Cabling four separate converters plus a power supply is bulky and fragile. One industrial PoE switch powers all four cameras, aggregates them, and sends a single managed fiber uplink home — a hardened cabinet-in-a-box that reports every port’s status remotely.
| Antek Code | Ports | Uplink |
|---|---|---|
| AL-31009 | 4× RJ45 | 1× SFP |
| AL-31010 | 4× RJ45 · PoE+ | 1× SFP |
| AL-31013 | 4× RJ45 | 2× SFP |
| AL-31017 | 8× RJ45 | 2× SFP |
| AL-31018 | 8× RJ45 · PoE+ | 2× SFP |
Where used: outdoor & perimeter CCTV, city surveillance, traffic systems, factories, warehouses, utility sites. 60/90 W variants on the line card.
10-Gigabit over fiber in a hardened, DIN-rail form — multi-rate copper to SFP+, for high-bandwidth aggregation and industrial backbones at the edge.
High-camera-count sites and edge-compute nodes now push past gigabit, but the link still has to survive an outdoor cabinet. These converters bring true 10G over SFP+ fiber in the same hardened, DIN-rail, wide-DC form as the rest of the industrial range — with PoE++ options to power high-draw edge devices.
| Antek Code | Configuration | PoE |
|---|---|---|
| AL-41001 | 1× RJ45 (10G) · 1× SFP+ | — |
| AL-41002 | 1× RJ45 (10G) · 1× SFP+ | 30W |
| AL-41003 | 1× RJ45 (10G) · 1× SFP+ | 60W |
| AL-41004 | 1× RJ45 (10G) · 1× SFP+ | 90W |
Where used: high-bandwidth CCTV aggregation, industrial backbones, edge compute, video walls.
Shared across the Smart Series managed range. Exact figures vary by model — confirm against the datasheet for the specific Antek code.
Specifications are indicative and derived from current product datasheets; confirm exact figures per Antek code before quotation.