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We get a lot of orders for these in data center upgrades where you're swapping out old OM1 or OM2 runs—basically, it handles 10Gig at 300 meters or so without issue, and teh ceramic ferrules mean you can plug and unplug it a hundred times without the insertion loss drifting much from that ≤ 0.3dB spec.
It's -10°C to +70°C operating, which covers most server rooms, but actually the storage range goes down to -40°C, so if you're shipping to a cold warehose in winter, it'll be fine sitting there for a few months.
Return loss is ≥35dB on these, better than a lot of generic patch cords we've tested, and that matters most when you're running tighter topologies or longer chains—though it's not suited for single-mode long-haul links, that's not what it's for.
You've got connector options: SC, FC, LC, or ST, in either UPC or APC polish, and jacket choices between LSZH for plenum spaces or PVC for general use, cable diameter is 2.0mm or 3.0mm depending on what's easier to route in your patch panels.
MOQ is 100 units for standard lengths (1m, 2m, 3m, 5m are typical), but our company can do custom lengths from 0.5m to 50m—lead time for the standard stuff is usually 7-10 business days, custom runs might be 15-20 days or so.
One thing you might not think to ask: the aqua jacket color isn't just marketing—it's actually a standard identifier for OM3, so your techs won't grab wrong cable form a bundle of orange OM1s, and we've had a few buyers specifically request that for consistency across sites.
Our MOQ for this cable is typically 1,000 meters per jacket type and connector combo, but we can negotiate smaller quantities for first-time buyers or sample orders.
Lead time is usually 7-15 working days for standard configurations like LC or SC connectors with PVC jacket. Custom setups might take a bit longer depending on volume.
Yes, each shipment comes with RoHS, CE, ISO9001, and SGS reports on request. We also include insertion loss and return loss test data for every connectorized cable.
You can choose either 2.0mm or 3.0mm diameter. The 3.0mm is more durable for tight bends and high-traffic areas, while 2.0mm works well for high-density patch panels.
Just keep them in a dry, indoor environment away from direct sunlight and moisture. Standard warehouse conditions at room temperature are fine—no special climate control needed.
