If you are building or upgrading a fiber optic network, choosing the right equipment is very important. You know you need PLC splitters to take one light signal and split it to many different devices or customers. But instead of loose modules floating around, you need them neatly organized and protected in a rack mount PLC setup. That’s where splitter rack mount units come in! This device helps split one fiber signal into many outputs, making it easier to manage and expand your network. The splitter is installed inside a metal box that fits into a standard telecom rack.
In this article, we’ll explain what a rack mount splitter is, how it works, and what you need to look for when buying one. Whether you’re working on a telecom project, a data center, or an FTTH network, these tips will help you choose the best splitter rack mount for your needs.
What is a Rack Mount PLC Splitter?
One kind of optical splitter that splits one or two incoming fiber optic signals into multiple outputs is a rack mount PLC splitter. It is built using Planar Lightwave Circuit (PLC) technology, which ensures equal power distribution and stable performance. The splitter is housed in a metal enclosure and designed to be mounted in a 19-inch or 23-inch standard rack.
This type of splitter is mainly used in central offices, data centers, and fiber-to-the-home (FTTH) systems. It helps telecom operators distribute fiber connections to different customers or network sections from a single point. Using a rack mount splitter also keeps cables organized and makes network maintenance easier.
How to Choose the Right Rack Mount PLC Splitter
1. Choose the Right Port Configuration
PLC splitters come with different numbers of input and output ports. The most common configurations are 1×8, 1×16, 1×32, and 2×64. The numbers show how many input and output fibers the splitter has. A 1×8 splitter, for instance, has 8 outputs and 1 input.
If you only need to connect a few devices or homes, a 1×8 or 1×16 splitter may be enough. For larger networks or central offices, a 1×32 or 2×64 splitter is better. Before choosing, check how many fiber connections you need now and think about how much your network will grow in the future.
2. Make Sure It Fits Your Rack
Typically 19- or 23-inch wide, rack mount plc splitters are designed to fit standard telecom racks. Also, they come in different heights, such as 1U or 2U.The “U” unit is used to measure the equipment’s height. One U equals 44.45 mm.
Before you buy, make sure the splitter will fit your existing rack. You should also check if there’s enough space left in the rack for other devices you may add later.
How Many Modules Do You Need? A compact 1U rack mount splitter might hold 1 to 4 modules. A taller 2U splitter rack could hold 8 or even more. Don’t cram it full immediately! Leave an empty slot or two for easy future expansion without buying a whole new chassis. The goal is efficient use of your valuable rack space.
3. Pick the Right Connector Type
Fiber connectors come in different types, such as SC/UPC, SC/APC, LC/UPC, and LC/APC. The fiber cables are connected to the splitter ports via these connectors. The type you choose should match your existing fiber equipment.
If you’re not sure, check your devices or talk to your network technician. SC/APC connectors are common in FTTH projects because they reduce signal reflection. LC connectors are smaller and good for high-density applications.
The most common types are:
- SC/UPC or SC/APC: Square connectors. APC has a green boot (angled polish) and is standard for PON networks (like home fiber internet) because it reduces reflections best.
- LC/UPC or LC/APC: Smaller, rectangular connectors. Also very common, especially in high-density setups.
Double-Check: Make absolutely sure the connectors on the rack mount splitter modules match the connectors on your cables. An APC connector won’t fit properly into a UPC port, and vice versa.
4. Check the Fiber Type
Most modern fiber optic networks use single-mode fiber. Signals can travel long distances with little loss thanks to this type of fiber. Make sure the rack mount splitter you choose is compatible with single-mode fiber, especially if you are working on a large or outdoor network.
5. Look at Insertion Loss and Return Loss
Insertion loss is the amount of signal lost when light passes through the splitter. Lower insertion loss means better signal quality. A 1×8 splitter, for instance, typically has an insertion loss of about 10.5 dB, whereas a 1×32 splitter may have as much as 17 dB.
Return loss shows how much light is reflected back to the source. A high return loss (above 55 dB for UPC connectors or 60 dB for APC connectors) is better because it means less signal is bouncing back.
Check the technical data sheet of the splitter before buying to make sure these values are within the acceptable range.
Pro Tips for Easy Installation and Maintenance
When installing a splitter rack, choose one that has clear labeling on each port. This will help you know which cable goes where and make troubleshooting easier in the future. Some models even come with numbered ports and color-coded adapters, which save time during setup.
It’s also a good idea to choose a modular design. This means the front panel or splitter module can be removed or replaced without removing the whole unit from the rack. It’s helpful for upgrades or maintenance.
Think ahead before buying. If you might need more connections in the future, it’s smarter to buy a 1×32 splitter now instead of buying a 1×16 and upgrading later. This helps you avoid extra costs and installation time.
Finally, make sure the rack mount PLC splitter is made with quality materials that can handle the temperature and humidity conditions of your telecom room or outdoor cabinet. Check if it meets industry standards for durability and safety.
Why Choose Rack Mount Splitters?
There are many types of fiber splitters, such as bare fiber, cassette, and blockless. But rack mount splitters are the best option for professional networks because they are organized, protected, and easy to manage.
They make the system look clean, reduce cable mess, and make it easier to find and fix issues. They also fit perfectly into your optical distribution frame (ODF) and work well with other rack-mounted devices.
Conlusion
Here’s a quick guide to matching needs to common rack mount PLC setups:
- Small Job (like a cabinet serving a building): A 1U chassis with one or two modules (e.g., 1×8 or 1×16) is often perfect.
- Medium Job (like a data center section): A 1U or 2U chassis holding 4-8 modules gives you flexibility for different split ratios.
- Big Job (like a central office): You’ll likely need several 2U chassis or specially designed high-density units.
Fiber-to-the-Home (PON like GPON/XGS-PON): Always choose modules with SC/APC or LC/APC connectors (green boots).
Choosing the right rack mount PLC splitter isn’t about fancy tech specs alone. It’s about picking a sturdy, well-organized box (splitter rack) that holds the specific splitter modules (rack mount splitter) you need now, with a little room to grow. Focus on getting the correct split ratio, ensuring the connectors match your cables, checking that the signal loss is low and consistent, and buying from a trustworthy supplier. Getting this right means your fiber network stays organized, reliable, and easy to manage for a long time. Making a thoughtful choice is worth the time!
At Baudcom, we offer high-quality rack mount splitter solutions for telecom operators, ISPs, and enterprise networks. Our products are tested, reliable, and ready for professional deployment. Contact us today to get a solution that fits your exact needs.
