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What is Cables N More?
Cables N More is an online retailer of electronic cables, adapters, and network infrastructure gear. Its catalog is organized around practical categories: audio/video adapters and converters, fiber optic patch cables and media converters, patch panels, keystone jacks and wall plates, rack mounts and cabinets, and cable management accessories. It also carries PC security items like DVR lock boxes and charging cabinets, plus technical furniture such as LAN stations and training tables.
If you're trying to decide whether it fits your needs, the quickest test is to check whether your project is about connecting and organizing gear rather than buying the gear itself. Typical fits:
- Home or small-office network buildout: Cat5e/Cat6 patch cables, patch panels, keystone jacks, wall plates, and rack shelves.
- Fiber runs: multimode and singlemode patch cables, SFP modules, attenuators, and media converters for extending Ethernet over fiber.
- AV setups: HDMI and DVI cables, gender changers, splitters, switches, extenders, and RCA/XLR/coaxial audio cables.
- Rack and security installs: wall-mount racks, server cabinets, filler panels, fans, and lockable PC or DVR enclosures.
A reasonable next step: list the exact connectors, lengths, and standards your job requires (for example, OM3 LC-to-LC duplex, or Cat6 booted patch cables), then search those terms directly on Cables N More. If you need only one or two common cables, a general electronics marketplace may be faster; if you're wiring a rack or a fiber link and want the patch panels, keystones, and cable management from one place, a specialist like this is usually the better fit.
How do I choose the right fiber optic patch cable for my network?
Start with three decisions: connector type, fiber mode, and polish. On Cables N More, the fiber section is organized around those same choices: LC and other connectors, multimode vs. singlemode patch cables, mode conditioning cables, and media converters. Match the cable to the ports on both ends and to the distance and speed you need.
Quick comparison
| Decision | Choose multimode | Choose singlemode |
|---|---|---|
| Typical use | Building, data center, short runs | Campus, carrier, long runs |
| Light source | LED or VCSEL (often 850 nm) | Laser (often 1310/1550 nm) |
| Distance | Shorter | Much longer |
| Cost | Lower optics cost | Higher optics cost |
| Example on site | OM3, OM5 multimode patch cables | Singlemode patch cables |
Connector and polish
- Connector: LC is common for high-density switches; SC and ST still appear on older gear. Never assume—read the port label.
- Polish: UPC (blue) is standard; APC (green) has an angled endface for lower back reflection. APC and UPC can mate with loss, so keep them consistent.
- Simplex vs. duplex: Most Ethernet links need duplex (two fibers). Simplex suits one-way video or some converter setups.
- Jacket: Riser for vertical shafts, plenum for air-handling spaces, and armored or outdoor-rated cable for harsh runs.
A practical scenario
You are linking two switches 300 meters apart in the same campus. Check the switch datasheets: if the optics are 1000BASE-LX or similar singlemode/long-reach modules, use singlemode patch cables and matching LC connectors. For a 30-meter rack-to-rack link, OM3 or OM5 multimode with LC connectors is usually the simpler, cheaper choice. If you are extending an existing copper run, a media converter plus the correct fiber patch cable can bridge the two.
Next step
Write down four things before ordering: connector on each end, mode (multimode or singlemode), simplex or duplex, and length. Then verify the optic or media converter supports that mode and wavelength. If you are unsure, start with the equipment manual—it will name the exact fiber type and connector.
What are the differences between CAT5e and CAT6 patch panels?
CAT5e and CAT6 patch panels differ mainly in the Ethernet speeds they're designed to support, their internal construction, and how carefully they must be installed. Both terminate the same way in principle—punch-down blocks on the back, RJ45 ports on the front—but CAT6 panels are built to tighter tolerances.
H3 Key differences
| Aspect | CAT5e patch panel | CAT6 patch panel |
|---|---|---|
| Typical rated speed | 1 Gigabit Ethernet | 1 Gigabit, with headroom for 2.5G/5G and often 10GBASE-T on shorter runs |
| Bandwidth rating | 100 MHz | 250 MHz |
| Internal construction | Simpler; less separation between wire pairs | More pair separation, often with a PCB or staggered IDC blocks to reduce crosstalk |
| Installation sensitivity | Forgiving | Less forgiving; bend radius and untwisting length matter more |
| Cost | Usually lower | Usually higher |
| Best fit | Existing CAT5e cabling, home or small office | New installs, PoE devices, future upgrades, higher-density racks |
Both panel types use the same punch-down tool and the same T568A/T568B wiring schemes, so a CAT6 panel isn't harder to terminate in a basic sense—it's just less tolerant of sloppy work. If you pair a CAT6 panel with CAT5e cable, you get CAT5e performance; the panel can't upgrade the cable.
H3 How to choose
- Matching an existing installation: If your horizontal cabling is CAT5e, a CAT5e panel is the sensible match and costs less.
- New cabling or renovation: Use CAT6 cable and a CAT6 panel together. The panel is a small part of the total cost, and the headroom helps with PoE and future speed bumps.
- PoE and higher speeds: CAT6's tighter crosstalk control is more relevant when you're pushing power and data over the same pairs.
- Dense racks: Better pair separation in CAT6 panels can make a practical difference in bundles where crosstalk accumulates.
Cables N More lists both CAT5e Patch Panels and CAT6 Patch Panels alongside related keystone jacks and cable management, so you can source the panel and the termination parts together.
H3 A practical next step
Check the printing on your existing cable jacket before buying. If it reads CAT5e, buy a CAT5e panel; if it reads CAT6 or CAT6A, buy the matching panel and keep untwisted wire at each punch-down under about half an inch. For a small home setup, the difference is unlikely to be noticeable; for an office with PoE access points and plans to move to multi-gigabit, the CAT6 panel is the safer long-term pick.
Can I use a media converter to connect different types of network cables?
Yes. A media converter exists specifically to join two different network media types—most commonly copper Ethernet on one side and fiber optic on the other—so the signal can pass between them. On Cables N More, media converters sit alongside fiber patch cables, SFP modules and copper cabling, which reflects that typical copper-to-fiber role.
It does not merge arbitrary cable types. The converter needs a matching port on each side (for example, RJ45 Ethernet plus an LC or SC fiber connector), and both sides must use compatible Ethernet speeds and standards. A Fast Ethernet converter pairs with 100 Mbps equipment; a Gigabit converter pairs with 1000 Mbps equipment. You also need the right fiber mode and connector: multimode fiber for shorter runs, singlemode for long-distance links, and SFP-based converters when you want a swappable module rather than a fixed port.
A practical example: a small office has a copper-only switch but needs to reach a building 300 meters away. A copper-to-fiber media converter at each end, linked by a singlemode or multimode patch cable, extends the network beyond normal copper distance limits.
Decision criteria:
- Copper-to-fiber conversion: choose a media converter with RJ45 plus the fiber connector your cable uses.
- Two fiber types or speeds: check whether the converter supports the specific pairing; not all do.
- Flexibility: an open SFP slot lets you change modules later instead of replacing the whole unit.
- Distance and budget: fiber converters cost more than a simple copper coupler but solve distance and interference problems copper cannot.
Next step: confirm the Ethernet speed, fiber mode (multimode or singlemode), and connector type on both ends before ordering; mismatches here are the most common reason a converter will not link.
What rack accessories do I need for a server cabinet setup?
You need four things to finish a server cabinet: airflow and blanking, cable routing, mounting hardware and power/security. Which specific pieces depend on whether your cabinet is open-frame or enclosed, and whether you're installing one server or filling a rack.
The essentials most builds need
| Need | Accessory type | Why it matters |
|---|---|---|
| Airflow discipline | Filler panels / spacer blanks | Empty U space lets hot exhaust recirculate to the front intakes |
| Heat removal | Fans | Enclosed cabinets trap heat that open frames vent naturally |
| Cable routing | Cable management (managers, rings, ties) | Keeps patch cables out of fan paths and makes moves easier |
| Equipment support | Rack rail kits | Rails must match the server's depth and hole pattern |
| Mobility | Casters | Useful if the cabinet needs to move for rear access |
How to decide
- Enclosed cabinet: prioritize fans and filler panels. An enclosed box with gaps and no active airflow will run hotter than an open frame with the same gear.
- Open-frame rack: skip fans, but still use blanks to separate hot and cold aisles.
- Deep servers: check rail kit depth before buying anything else; a rail that's too short is the most common dead end.
- Short-term or lab setup: cable management and blanks first, power and security later.
A concrete scenario
You're racking two 1U servers in a 12U enclosed wall cabinet. Buy a rail kit per server, a 1U filler panel for each unused U, one or two cabinet fans, and a vertical or horizontal cable manager. Add a rack shelf if any device isn't rack-mountable. A lock box or security cabinet only matters if the cabinet sits in a shared space.
Cables N More groups these under Rack Accessories, with separate sections for Cable Management, Casters, Fans, Filler Panels/Spacer Blanks and Rack Rail Kits, so you can match each item to the list above rather than guessing.
How do I secure my PC or LCD monitor with a charging cabinet?
Cables N More is a component and accessory retailer, not a security-equipment specialist, so it's best treated as a source for the cabinet and the parts around it rather than as a source of installation guidance. The catalog does include a PC Security category with "Charging Cabinets & Accessories," "DVR Security Lock Boxes," and "PC / LCD Security," which tells you the intended use: locking up computers, monitors, and DVRs while still letting power reach them.
What to decide before you buy
- What you're locking: a single monitor, a small-form-factor PC, a laptop cart, or a DVR. A DVR lock box is a vented enclosure for a recorder; a charging cabinet is built for multiple devices that need power. They are not interchangeable.
- Mounting style: the site separates wall-mount racks and cabinets from full-size server enclosures and technical furniture. A wall cabinet suits a monitor or DVR mounted out of reach; a floor or cart cabinet suits a shared PC.
- Power and airflow: charging cabinets pass power inside, so confirm cable routing and ventilation before you commit. Sealed boxes that trap heat shorten the life of a monitor or PC.
- Access control: decide whether staff need daily access (keyed door, removable front panel) or whether the device should be effectively permanent (bolted enclosure).
A practical scenario
A clinic or school office with a wall-mounted display and a small PC in a public corridor: a wall-mount cabinet with a lockable door and a cable pass-through keeps both devices out of reach while power and network cables stay connected. If the goal is only to stop someone walking off with a monitor, a PC/LCD security mount plus a cable lock may be cheaper and simpler than a full cabinet.
Next step
Browse the PC Security and Mounts & Cabinets sections at Cables N More and match the enclosure type to your device count and mounting surface. Measure the device's width, depth, and ventilation clearance first — cabinet listings are organized by category, not by device dimensions, so the fit check is on you. For comparison shopping on cabinets specifically, established security and rack brands such as Kensington and Tripp Lite publish dimensioned spec sheets that make fit easier to verify.
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