Understanding the Numbers:
So what does 18/2 stand for? In the security industry, the first number represents the wire’s size, measured using the AWG (American Wire Gauge). In this example, 18/2 cable consists of a wire that is 18 AWG in size.
Additionally, the 2 in 18/2 represents how many conductors are present. This number can range quite a bit and how many conductors you need depends on how many devices you will be connecting to with your cable.
Coaxial Cable
The most well-known cable used in CCTV applications is the RG59. This coaxial cable is best suited for low frequency applications such as running ongoing visual data in your security camera system. If you're looking to transfer more data and at a faster rate, you can always upgrade to the RG6.
Fire Ratings
When it comes to fire alarm and security cable, one key feature to take into consideration is the cable’s outer jacket. These outer jackets can be made of special materials that burn differently if they ever were to catch on fire. For cable installation in plenum air spaces and/or open air ducts, it is best to install only plenum-rated cable. This is so that in case of a fire emergency, the cable would emit less toxic fumes and inhalation of this smoke would not be as dangerous to the body.
Riser-rated cable is used for floor to floor installations and is another cable fire rating used today. A good trick to note is that general purpose cable can always be used to substitute riser. In addition, plenum-rated cable can always work to replace riser.
Now that you know the essentials of the security industry, it is far easier to find the right cable for your application and to pair it with Primus Cable security cameras, video recorders, and accessories.
Make Primus Cable your one stop shop for security and networking today!
]]>Not only is category cable one of the most versatile types of cable, but it generally easy to figure out which type gives you the best signal for your home entertainment or office space. Let’s consider these basics:
CAT3 or “station wire” is traditionally used in telephone wiring applications today. Able to carry data at 10 Mbps, this cable used to be used for 10Base-T ethernet in the 1990’s. Today, modern data networks run at much higher speeds, so more advanced technology is required.
The most universally well-known category cable, CAT5E cables offer 100 MHz bandwidth, perfect for use in structured cabling for computer networks such as 10Base-T, 100Base-TX and 1000Base-T. For most basic networking applications, CAT5E capabilities are enough to support gigabit networks and be reliable at the same time. However, when your project demands more speed, bandwidth and the like, there are a few more options out there.
CAT6 and CAT6A (“augmented”) are continuations of the line of category cable. These cables have more muscle than the CAT5E, with greater specifications in regards to crosstalk and system noise. CAT6 cable can also provide 250 MHz of bandwidth and can even offer 10G speeds at up to 37-55 meters. With CAT6A, you can enjoy 10G speeds and also 500 MHz of bandwidth. However, keep in mind that you can only expect these speeds while running this cable up to 37 meters.
While CAT7 has not been approved as a cable standard for telecommunications, category 7 cable is great for data centers where signal clarity and EMI shielding are a great concern. With 10G operating speeds, CAT7 cable contains individually shielded pairs that work to repel electromagnetic interference (EMI) in electrically noisy environments. Our CAT7 Cable also features an overall tin-copper braid for even higher interference protection. Required on all shielded cable, CAT7 cable also contains a tinned copper drain wire which grounds electricity after cable termination. These features allow CAT7 the bandwidth capability of pushing 600 MHz. With that said, F-Type CAT7A Cable has a jagged interior jacket that allows for more bandwidth at up to 1000 MHz.
This newer category of cable, CAT8 cable, offers blazing speeds when run up to 30 meters starting at 25G with max capabilities at 40G. Category 8.2 offers these amazing 40G high speed results to a greater extent due to its higher level of shielding and greater insulation. We recommend category 8 cable to our data center customers. While these perks are promising, greater measures of care must be taken to ensure you get maximum use of this cable, such as ensuring you have the proper keystone jacks, connectors, patch panels, etc. in your network.
What are you waiting for? Primus Cable has the essentials when it comes to ethernet networking and we are always willing to help our customers out. Let us help you pick out which category of cable is right for you by giving us a call today.
]]>Known as the female connector for data communications, Keystone Jacks are typically mounted in patch panels or wall plates. Though they all operate in the same way and do similar things such as housing connections, they do vary in style and way of terminating. Find which option best suits your needs:
Part of our premier line of keystone jacks, MIG+ jacks are a high-density solution that utilize Press-Fit Technology and have a fire-retardant plastic housing. Constructed without the use of solder, these keystone jacks are built for achieving a clean and reliable connection while avoiding possible complications such as cold spots, voids, splatters, and cracks.
A highly economical option, U-Style jacks feature 90 degree 110-type IDC termination, fire-retardant plastic housing, and T568 A/B wiring guides on each individual jack. Save money and time using our exclusive line of data jacks that meet all requirements for EIA/TIA.
IP-68 Waterproof rated, these coupler protections the connection between two category cables outdoors. This weather-proof coupler is perfect for rugged applications where dust, dirt, and moisture are a concern. This kit features two shielded female RJ45 connectors and extra rubber O-rings for long-term ease of use. This is available in CAT5E, CAT6, and CAT6A Varieties.
Find out more about how we can best save you money and help make shopping for networking easier by emailing support@primuscable.com or by giving us a call at 951-824-1571.
]]>Two of the most popular options for wiring in your Ethernet connection are the CAT5E and CAT6 cables. Cat5E (Category 5 Enhanced) was introduced in 1999 and CAT6 (Category 6) came a few years later in 2002. Despite all of the technological advances we've made since then, both are still very popular options for both home and business networking.
But which one should you choose? And what are the major differences between the two?
CAT5E and CAT6 cables have a lot in common, and can be quite hard to tell apart visually. CAT6 cables are usually a little thicker, but you'll need a keen eye to notice. Both are built to a Category (Cat) performance standard set by the American National Standards Institute (ANSI) and the Telecommunication Industry Association (TIA). Both are comprised of four twisted pairs (which are wound tighter in CAT6) and both have the same RJ45 end-connectors. Note that these are different sizes to accommodate the cable type they're used for. For example, the RJ45 connector on CAT6 cables are larger. Both CAT5E and CAT6 cables are available from Primus Cable in a range of jackets, including CMR and CMP for indoor purposes, and CMX for outdoor use.
The biggest difference between the two cables is how fast they transfer data. CAT5E is the slower of the two. This type of cable can support 1000BASE-T (Gigabite Ethernet) with speeds of roughly one Gigabite per second (Gbps) at 100MHz. This is fine for everyday, but if you're a heavy duty user you'll find CAT6 far more suitable as it's way faster. This type of cable can support data transfer on 10GBASE-T (10-Gigabite Ethernet), giving you top transfer speeds of up to 10 Gbps per second at 250MHz—500MHz. All cables from Primus Cable either meet, or exceed, these minimum speed requirements.
Because of the way they're designed, CAT6 cables have superior crosstalk reduction characteristics and bandwidth speed (550MHz vs 350MHz) when compared with CAT5E. Strict manufacturing specifications help keep interference to a minimum. Some CAT6 cables—and even some premium CAT5E—do this by using a nylon spline to isolate the four pairs of twisted wire inside. This can make the cable feel more rigid, although more flexible CAT6 cables are available that use alternative methods to keep the transmission clean. Typically you'll experience less noise, higher transfer rates and fewer errors with a CAT6 cable.
Both cables are available from Primus Cables in lengths of up to 1000 feet in bulk spools, but shouldn't be run for over 328 feet as this can cause a drop in signal quality. Bear in mind that CAT6 cables don't perform as well across long distances. For distances longer than 55 meters (180 feet), you'll only get a maximum network speed of up to 1,000 Mbps—the same as a CAT5E cable. In this case, upgrading to CAT6 may be unnecessary. If you want to make the most of the Gigabite Ethernet that you've paid for, you'll need to limit your distance to 180 feet (or 108 feet if your network has a lot of crosstalk).
While the price of CAT5E and CAT6 Ethernet cables vary depending on manufacturer, CAT6 does tend to be more expensive. You can expect to pay around 10-20% more than you would for a CAT5E. That said, neither cable is particularly expensive.
One more thing to consider is the AWG size. Generally speaking, the larger the AWG, the smaller the copper wiring is inside. CAT5E usually has a 24AWG while CAT6 has an AWG of 23. Because CAT6 has thicker copper, it tends to perform better. The copper is thicker but twisted tighter which is why these cables usually aren't much thicker than a CAT5E.
Ultimately it depends on how you plan to use your internet. While CAT6 cables are built for better performance, CAT5E is still a reliable and easy choice. If you're already happy with your internet speed, or if you are using a cloud-based server, this lightweight cable could be all you need. However if you plan to upgrade your network in the future, it's worth spending a little extra on a CAT6 to future-proof your wiring. After all: it's easier to buy the latest modems and routers, but installing new cabling is way harder.
]]>Well for Ethernet Cable you have a few options
Starting with the lowest level of shielding, UTP, this cable provides no shielding from EMI. These cables are generally more cost efficient and easier to work with, at the cost of having no form of EMI resistance.
F/UTP, or Foil Unshielded Twisted Pair, has an internal layer of shielding that wraps around all of the twisted pairs. This shielding is just below the jacket and has a copper drain wire connected to it. The drain wire grounds electricity after the cable has been terminated, and is an essential part of all shielded cable. As seen below, there is only one layer of shielding that encases all of the conductors, however each individual twisted pair remains unshielded.
For a guide on how to terminate this cable, check out our post on Terminating RJ45 Modular Plugs!
U/FTP, or Unshielded Foil Twisted Pair, has individual foil shielding wrapped around each of the twisted pairs and is essentially the opposite of F/UTP. As shown in our image below, each pair clearly has its own foil shielding. This form of shielding provides high levels of EMI resistance, and is generally more expensive than the types of shielding listed earlier. Due to the shielding being applied to each pair individually, terminating this cable can be difficult when compared to unshielded cable.
The highest level of shielding is S/FTP, or Shielded Foil Twisted Pair. As you can see below, this cable combines the shielding of both U/FTP and F/UTP. This cable features a foil shield that encases all of the conductors, as well as individual foil shielding for each twisted pair. Like all shielded cable, this cable also requires a drain wire to ground the electricity after termination. While terminating this cable can be a harder process than terminating unshielded cable, this cable provides the highest level of EMI protection to help ensure data quality.
For Coaxial cable, there is often a higher level of shielding required when compared to ethernet cable. In fact all coaxial cable requires some form of shielding.
Braided shielding features either copper or aluminum wire tightly braided together. As picture below, this shielding is located beneath the jacket of the cable, and right above the dielectric. The purpose of this shield is not just to prevent EMI, but also to help keep the RF signal inside the cable. For Coaxial cable, the shielding helps to prevent signal degradation of large distances.
Dual shielding, features both a wire braided shield, and a solid aluminum shield. These two shields provide a higher level of shielding and help the RF signal travel further. As you can see in the cable image below, the braid of this shield is not woven as tightly as the one shown above. The cable above features a 95% braided shield, while the dual shielded cable features a 60% shield. This is because the 100% foil shield below the braid provides a high level of shielding already, so a tightly woven braided shield is not necessary.
Quad shielding takes a wire braided shield and solid aluminum shield and doubles it. Once again you can see below, that the braid of this shield is not woven as tightly as the braided shield in the first coaxial cable. In fact, the first braid of this shield is a 60% shield, and the second is only a 40% braid. Still, this level of shielding is dramatically higher than that of the cables before it, as the two layers of 100% foil shielding make up the difference.
So there you have it, cable shielding in a nutshell. Don’t forget to check out our selection of shielded ethernet cables and coaxial cables!
]]>Before we get started, let’s go over the tools and cable parts necessary for termination. The items you will need are modular plugs, the ethernet cable, the network stripper, and the RJ45 crimping tool. For this example, we will use a shielded connector, along with a shielded CAT6 cable.
Our Connector of choice: CN1-7883-8C6SH, Shielded RJ45 Connector for CAT6, CAT6A Solid and Stranded Cable. This RJ45 connector is compatible with both CAT6, and CAT6A cable and features a strain relief and shielding to prevent against signal loss and electromagnetic interference.
Our CAT6 Cable: C6SHST-3645BL, CAT6 Bulk Stranded Ethernet Cable, Shielded Bare Copper CM, 24 AWG 1000FT. This CAT6 ethernet cable features a foil shield and copper drain wire to help minimize signal loss from electromagnetic interference. It is an ideal option to make custom patch cables due to the flexibility that the stranded cable offers.
The Cable Stripper: TL5-6785, Networking Cable Stripper, CAT5E, CAT6, CAT6A, CAT7, & CAT8. This Networking cable stripper is adjustable and can be used with multiple types of category cable. As your network grows, you may find yourself having to upgrade from CAT5E to CAT6, or higher. This tool provides you the flexibility to grow your network without needing to purchase a new stripper every time you upgrade your cable.
The Cable Crimper: TL1-4591, CAT6(A) Cable Crimping Tool, Ratchet Type, for RJ45 Modular Plugs. This RJ45 crimping tool was designed specifically for CAT6 and CAT6A shielded RJ45 modular plugs. This ratchet style crimping tool is ideal for large diameter CAT6/A UTP/STP solid or stranded cable. The blue rubber grip provides comfort for extended usage.
So you have all the required materials, now lets get started on the termination process.
Strip the jacket off the cable. Be careful not to damage the inner conducting wires and strip off only the jacket.
Peel back shielding and extra material to expose inner conductors. The shielding can be removed entirely from the exposed part of the cable.
For CAT6 or greater cable, cut the spline as close to the end of the jacket as possible.
Untwist and straighten the inner conductors.
Determine what color guide your network is using, then line up your wires in the insert according to the wiring guide. For our example we used the color guide B.
Trim inner conductor cables approximately ¼ inch from the end of the insert. Make sure the cable is long enough that it will reach the front of the connector.
Be sure the diagonal side of the insert is facing the same direction as the gold conductor on the connector
Ensure the cables are aligned properly and are behind the gold conductors. If they are not behind the conductors termination cannot occur.
Bend the strain relief clip around the jacket of the cable and remove drain wire excess. Be sure that the drain wire is touching the metal part of the strain relief clip before removing any excess.
Use the crimping tool to properly terminate the connector.
Insert the connector into the front of the tool, then squeeze the handles together to crimp the conductors down onto the cable.
There you have it, a perfectly crimped, RJ45 modular plug connector!
]]>Speaker wires provide crystal clear audio when used in conjunction with home entertainment technology. Our line of speaker wire offers not only the best in audio cable, but the tools and accessories you’ll need to set up a picture-perfect home theatre. Look also for our HDMI Cables, TV Ceiling and Wall Mounts, and Coaxial Cable.
It’s important to note that not only do fire ratings still apply here, but some speaker wires can be used in direct burial and in-wall applications. Primus Cable offers only the finest riser-rated cables for indoor and direct burial use. Not only that, but our speaker wires feature oxygen-free pure copper to enhance conductivity.
No home entertainment system is complete without awesome surround sound. Know your speaker wires! Does your application require a thicker AWG cable? Sometimes, a thicker cable may be necessary for better signal retention. We carry speaker wire in 18, 16, and 14 AWG varieties. Also, find out how many conductors are necessary. Once you do, you can choose from our variety of 2 or 4.
What length?
Now that you know what your options are, you can advance to picking the right length of cable for your application. We stock both 500’ and 1000’ options in our line of indoor speaker wire, while all other options come in 500’ rolls.
Generally, finding the right speaker wire for your project comes down to identifying the correct cable size for your entertainment devices. The length of your run is also an important point of consideration, as signal clarity can become an issue if this is overlooked.
Primus Cable has all your home theatre solutions. Let us know how your speaker wire works out for you and how we can help find you more of what you need.
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If you guessed spaghetti, we won’t blame you. Poor cable management affects businesses everywhere and can have some serious consequences. The first is the obvious eyesore aspect. Walking into a server room and seeing a tangled mess of cords is certainly not an appealing look.
The bigger issue with poor cable management, is the financial impact it can have. Effective cable management can help to minimize server downtime. If your technician is stuck sorting through a mess of spaghetti to identify an error, you are wasting precious time. Server downtime can lead to decreased profits, on top of any additional charges you may have to pay to your technician. Organization is a key part of cable management and can help your company save money.
Another great reason to invest in proper cable management, is for future expansion. Over time, just as your business grows, so will your network. Not just in terms of physical space, but the actual hardware will change over time so maintaining an organized system is vital. When planning out your server room, infrastructure scalability is a pivotal detail to understand. Nobody wants to their growth to be bogged down by their server room setup.
Detangling the mess of spaghetti seems like a daunting task, but fortunately for you, PrimusCable offers everything you need to ensure your server room is set up with proper cable management.
Lets start with the right patch panel. We offer a wide selection of patch panels to ensure that no matter what size you are looking for or how many ports you need, we have to one for you. Our patch panels come with numbered ports making it easy for you to track which device is plugged into where. Below is an example of our Blank Patch Panels, the PP3-6443/48B.
This high density patch panel comes with 48 ports that can support CAT5E, CAT6, CAT6A and even Fiber keystone jacks. When planning for scalability, the patch panel can make all the difference. Utilizing a blank patch panel allows you to add keystone jacks as your network grows, as well as to swap out keystone jacks as you upgrade your hardware potentially from CAT5E, to CAT6 and eventually CAT6A. In terms of aesthetic, the RJ45 ports mount flush against the panels face which helps to eliminate snags and the numbered ports help you to improve your organization and prevents cords from being mixed up and getting tangled. Because this is a high density patch panel, this panel is able to fit in 48 ports in just 2U of space, where a normal patch panel would only be able to fit 24 ports.
Now let's find a server rack to attach these patch panels too. PrimusCable carries a wide variety of server racks to help you simplify and expedite the maintenance of your server room. Just like the patch panels, our racks come in various sizes and shapes to match your needs or scalability plans. Below is an image of one of our 2 post racks, TR-K8-4225-25U.
This particular rack is free standing, meaning it does not have to be mounted to a wall like a lot of other server racks. With an 800 pound weight limit and 25U space, this rack can help you scale your server as your business grows. This 2 post free standing rack is also an ideal choice when working in a compact space, as it can be placed anywhere in the room.
The next thing you need when setting up your server room is your lacing bars and ducts. These help you make sure your cables follow the same feed paths to ensure they don’t get tangled, as well as help you to tie up any extra slack. Below is an image of one of our lacing bars, RP-K12-3613-1U.
This D-Ring Cable Manager attaches directly to your server rack, and provides a large supported area to organize and route cable bundles. This Cable manager can be mounted in two different positions, maximizing your cable management options. Face the D-rings toward the front of the rack to easily manage and support patch cables or face them toward the back of the rack where the open design provides easy support of trunk cables.
The last thing you need for your server room setup is cable fasteners. There are a wide variety of fasteners we offer here at PrimusCable, from cable ties to velcro wrap straps. One of our more popular types of fasteners is the hook and loop style pictured below.
Hook and Loop fasteners (often referred to and in association with Velcro®), are two pieces of fabric with hooks one end that are designed to adhere with the loops built into the other side of the fabric. Hook and Loop fasteners are efficient and easy to use when only a momentary bond is needed instead of a permanent one. They are an ideal option to quickly and easily wrap around your bundles of cable to ensure they don't end up a tangled mess together, as well as to tie up any extra cable slack.
There you have it, cable management made easy. Simply follow these easy steps to avoid a spaghetti server setup and make sure your server looks as beautiful as the one shown above. Whatever your network need, PrimusCable has got you covered to help you meet your network needs!
]]>A lot of your decisions, when it comes to your server room, will boil down to stylistic choices and what will save you the most space and money. What matters to you the most? Whether it be saving space where installation will be taking place or safety and durability over time, Primus Cable has the options you need to make installation a breeze.
Starting with a server rack, it is important to note how much space will be taken up in your closet, server room, or office space. The server rack sets the stage for all the other items in your networking project. How big or small is your project?
For smaller, more compact applications, use our swing out wall mount brackets such as the PP6-4592/2U. These economical and space-saving solutions come in a 2U, 4U, and 8U variety. They store your patch panels and rack mount switches with a sturdy 45 pound weight capacity. What makes these racks so great is that they can easily swing out for quick rear access.
We also carry free standing relay racks that are perfect for the type of person that needs to have easy access to the backs of their patch panels at any given time. The PP8-2206-4 is a great option for those who want to avoid permanent attachment to walls or the floor. This relay rack has 27U rack space and fits standard 19” rack mount units securely. While these options may be more expensive, they can help save you money over time by allowing room for greater expansion and growth of your networking system.
Once you have established the exact size and measurements of your server rack, you can now fill up the space with our line of exceptional quality patch panels. Our PP2-304/24P is an excellent 1U option for tighter CAT6 applications.
For a streamlined assembly with zero space waste, use our PP2-2007/24H Half-U High Density CAT6 Patch Panel. This patch panel utilizes every inch of space to its maximum potential and also ensures you have enough room to punch down into. Trust your signal connection with only the best Primus Cable patch panels.
There is an endless supply of wire and cable management out there. And we are not going to stop providing these options for our customers. From D-rings cable managers, to cable ladder racks, to cable ties, we can help fix the cable clutter issue.
Finding yourself in need of a handy cable manager? Try using a flanged lacing bar to carry the weight of your category cables and keep them organized into one neat row. Need something for more hefty applications? Use a D-ring such as our RP-K12-3614-2U. With wide clamps and greater support, these wire managers help route your heavy cable bundles on your server rack.
We are also happy to offer smaller accessories such as handy J-hooks, nylon cable ties, and hook and loop cable ties.
Don’t find what you need? Our team of talented professionals are ready and eager to help you. Give us a call today.
]]>From the most common to exciting new applications, coaxial cable can be used for CCTV, CATV, and HDTV, and security camera systems. Not all coax cables are built the same and some vary in the different types of shielding and insulation around the conductor.
For low frequency CCTV installations, use RG59 Coaxial Cable (CC1-3586BK-591BC). This 20 AWG cable is built with a bare copper inner conductor surrounded by a 95% bare copper braided shielding. Equipped with foam EP insulation and a FRPVC jacket, your signals stay protected when you use only Primus Cable coax cables for TV, VCR, DVR, satellite receivers, security cameras and more.
We offer RG59 Coax Cable for use in both indoor and outdoor applications, with a plenum and siamese variety so you can customize it for your needs. With CL2P rated cable, your in-wall installations stay fire-rated and protected when it comes to the hazard of burning fumes. As another option, our Siamese RG59 coax cable allows you to supply power and data in one signal run, saving you valuable time and money.
For crystal clear HDTV television networking and satellite, you can rely on our RG6 Coaxial Cable. RG6 coaxial cable offers a higher level of signal retention and shielding, thus offering you faster data transmission speeds and sharper resolution. At Primus Cable, we offer various types of RG6 cable that can meet your installation’s needs, including dual shield, quad shield, siamese, and even a variety with messenger wire.
Our dual shielded RG6 cable features an Aluminum foil shield as well aluminum braiding to help ensure that you get the proper signal required for digital signals such as HDTV, satellite, and outdoor TV. We also carry quad shield, which has double the shielding of dual shield and also utilizes the aluminum foil and braid.
Longer runs are more prone to signal degradation. That’s why you need RG11 coaxial cable, which can be used for runs up to 400 feet. With the largest conductor size in comparison to RG59 and RG6 coax, this cable is perfect for maximum signal retention used in CATV and audio/video applications.
We offer coax cables of the RG59, RG6 and RG11 variety, depending on your application type. For low frequency applications such as security cameras, use RG59 coax cable. When you need digital signals, RG6 is your best bet. We offer RG11 for longer distance runs as well, when greater signal retention is required. Our RG6 and RG11 variety come in dual and quad shield, giving you the best connection you could possible need.
Order Primus Cable Coax Cable today!
]]>Essentially, there are two ways of going about managing your category cable. One is to plug your solid conductor category cable directly from the wall into an ethernet switch, which is a device used to network multiple computers together. However, more often times than not, this configuration can make you server room look messy and clunky.
There is a number one solution to this problem- Known as a patch panel. Patch panels make networking easy. With numbered ports, one can easily trace their way back to each wall plate where devices plug into. Patch panels also help to avoid tangled messes in the server room and work to protect against damaging solid ethernet cables.
Since it is not necessary to plug directly into switches, patch cords can be plugged into the patch panel and into your devices. In fact, the stranded cable in patch cables is far more flexible and better suited for shorter distance runs.
Furthermore, patch cords can also withstand the rearrangement and re-configuring of expansion, unlike solid cables that are usually installed once and left alone. Organize your project with our collection of patch panels today!
Now that you’ve got the patch panels figured out, you can finish your assembly with a Primus Cable server rack, such as the PP6-317/2U Network Rack- Swing-Out Wall Mount Bracket, shown below. With this hinged-type network rack, you can mount your patch panels directly to a wall, saving time, space and money installing a big cabinet in your server room.
And of course, no networking assembly can be done right without our extensive line of un-matched ethernet cable that either meets or exceeds industry standards. Try our C6U-418BL CAT6 Indoor CM Rated Cable in 1,000 FT. Tested at speeds up to 600 MHz, this ethernet cable is made of solid bare copper with a high-density polyethylene (HDPE) insulation and CM rated jacket. Make this your go-to indoor rated cable!
We appreciate your business. Call or email us today to find out about special offers and ways to get the most out of your custom networking installation. Our team of talented and professional customer service representatives are ready and happy to help you. Call us at (951) 824-1571 or email support@primuscable.com
]]>With Primus Cable, you can never run out of options: non-booted, snag-less, booted with no bubble, flat, mini snag-less, bubble boot, and crossover. Think that’s not enough? We also carry shielded varieties of bubble boot, snag-less crossover, and outdoor patch cables.
For every type of assembly, we can help find you the right solution at a lower cost to you. Get the project done right with Primus Cable.
This assembly style patch cord is simple and useful. This highly economical option is great for the most bare-bones runs to connect your devices to ethernet networks. Only enjoy our top quality, money-saving patch cords.
Commonly known as the Ferrari boot, this patch cord lies on the opposite side of the spectrum than non-booted assembly style. A flexible design allows this molded boot patch cord to easily plug in and out with minimal drag and less pull. As an added bonus, these cables can also withstand the bending and twisting that cables endure, thanks to injection molded booting. These are the desired patch cords for those who have difficulty detaching patch cords from their devices over time.
Featuring mold injection boots and a slimmer finish, these easy to use patch cables are designed to have the excellent bend-relief of a molded boot without bubble boots. These patch cords are long-lasting and user-friendly. With 24 AWG conductors and gold-plated contacts, these cables can fit any installation.
There are a wide variety of uses for the flat patch cable. With a thin design and 32 AWG conductors, it is now easier than ever to run this category cable under-carpet, along baseboards, and even more. Whenever you find yourself needing a more flexible and thinner patch cord, these can be your new solution.
With 28 or 30 AWG conductors, mini patch cords give you the excess space in your server room for bigger projects and greater organization. Lightweight and comfortable, these are the perfect addition to your home and office space.
Bubble boots prevent snagging, especially when patch cords are used repeatedly. The “bubbles” present on the molded boots act as an extra layer of protection for your modular plugs’ clips that can become susceptible to wear and tear over time. They also allow you to plug in and out in one easy motion, especially useful for installers who handle patch cables frequently.
With IP-67 rated outdoor patch cables, you can protect your network from the elements such as unsightly dust, moisture, and corrosion. You can rest assured knowing that your connection is safe when you have only the best outdoor-rated cable such as this, featuring Category 6 Foil Shielded Twisted Pairs (F/UTP).
Featuring foil shielding and braid shielding, this category 8 patch cable is designed for racing speeds in the server rooms of data centers. A great way to protect signals is with shielding, and this cable has got double the protection. Enjoy clear signals with minimal interference, not to mention lightning fast internet connection when you use this connect into your devices.
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Choosing category cable does not have to be complicated. There are different uses for this versatile and well-known cable. While some run to the next latest and greatest, there is way more to getting the best connection than just bandwidth and speed. Cables must be used to their limit and in the right environment.
If you ever ask yourself this question, a pretty simple checklist should come to mind. If by chance it doesn’t, then here it is:
Anytime you are running cable outdoors, UV protection is necessary to block against the harmful rays of the sun. Excess sunlight can sacrifice the integrity of your cable, causing unnecessary frustration when connection is lost or hindered by unsightly cable cracking. Protect your outdoor cables by only buying our CMX-rated category cable equipped with a high density polyethylene insulation (HDPE).
To obtain the best connection when installing your gigabit ethernet network, maximum operating length rules must be adhered to. For example, category 8 cable is intended for runs up to 30 meters or less to achieve intended speeds of 40G. To serve as another example, CAT6A ethernet cable can only run optimally at up to 100 meters. Knowing this, we can understand that different types of category cable can only function at their best within the confines of their limits.
Anytime you need to bury category cable, the essential question is: what kind of protection will your cable need? Some potential areas of concern may come to mind, such as excess moisture and physical damage. These potential problems can easily be avoided, however, and the risks of signal loss or cable damage can be greatly diminished. To protect your underground installation, we first and foremost recommend the use of conduit as a way of encasing and protecting your cables from outside influence. The next best thing is purchasing a cable with gel filling or water-blocking gel tape. Gel-filled direct burial cables, such as our C6CMXF-2044BK-1000FT, contain a gel-filling to repel water from the cable and keep moisture away from conductors. As an alternative option, we also offer cables insulated with a moisture blocking tape that turns into gel should any water come near it. Try our C6CMXT-2045BK.
Every cable has some sort of outer jacket for its specific installation. When you are installing indoors, there are two types of fire ratings that you can look for. One is a riser-rated cable and the other is plenum. Quite simply, the difference between the two is that one is rated to be run in plenum air spaces where a cable’s outer jacket must emit a less toxic smoke if it ever were to catch on fire. It is quite obvious that we wouldn’t want to inhale toxic chemicals if a fire were to take place, and that is why the outer jackets of plenum rated category cables work to prevent this. In addition, riser-rated cables are intended for applications where category cable in installed in multi-story buildings and there is a need to prevent fire from spreading from one floor of a building to another. Though plenum-rated cables contain a higher fire rating than riser rated cable, you can always purchase plenum-rated in replacement for riser whenever you have the option is available.
Sometimes, installing ethernet cable around electrical wire is unavoidable. When this is the case, shielded category cable is a necessary option to protect you from signal interference. Most shielding contains aluminum, which acts as a barrier of protection from electromagnetic interference, also known as EMF. Don’t lose your signal, just protect it with shielded cable!
Once you have considered all the different elements of your networking project, you can begin to acquire the perfect cable for your assembly. By assessing the different features of the environment you are installing in, you can protect your connection by being proactive against common concerns. For all your networking needs, choose Primus Cable as your full end-to-end solution today!
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