The Telecommunications Industry Association (TIA) and the International Electrotechnical Commission (IEC) exist to ensure the compliance of cable manufacturers with global safety standards and regulations. These codes are vital to the security and success of today’s networks. In spite of efforts by the TIA and IEC to find and penalize fraudulent cable providers, many still exist in the marketplace. Learn how to spot and avoid counterfeit communication cables for the wellbeing of your company.
No data center is complete without cable ties. Cable ties keep thousands of strands of cables neat, organized, and easily accessible. They also prevent damage due to excessive bending or flexing. Many data center managers don’t know it’s possible to purchase the wrong cable ties for an application. Inappropriate cable ties can hurt more than they help, leading to pinched cables, slippage, and poor network performance. Learning the types of cable ties is important for the overall functionality of your data center.
Many people are transitioning to 40G or 100G networks to meet the demands of modern consumers. Yet upgrading your Gbps doesn’t have to mean a complete waste of your 10G equipment. If you are one of many enterprises upgrading your network from 10 gigabits per second to something that can accommodate faster transmission speeds, you need a cost-effective way to connect new equipment to what already exists in your data center. There are two attractive solutions for connecting 40/100G equipment with your existing components. Save the most money by selecting the option that’s right for you.
Fiber optic cables have revolutionized the way networks operate, but investing in more fiber optic cables is just step number one in a long journey to meet higher bandwidth requirements. To master fiber optic cabling, users must first optimize their management strategies. Here are five ways to improve your fiber patch cable management and improve the performance of your network.
Sound systems, communications, public address systems, and data transmission use multi-conductor cables. When deciding on the right conductor cables for your network you will face a major decision – solid or stranded? Each type offers advantages and disadvantages depending on your specific data center. C Enterprises has broken down these two conductor cable types to explain their key differences. Understanding the distinction between these cables will help you select the right option for your needs with confidence.
While 3G and 4G Ethernet networks may have sufficed in the past, the advanced digital era now demands greater data capacity. One solution is in 10G networks, with 10 gigabits per second connecting markets to each other, to data centers, and to the Internet. Category 6A (CAT6A) cables enable 10G transmissions and are the cable of choice for structured cabling networks. If you are one of many data center managers with a 10G network today, you may need advice on selecting the right CAT6A cables to support your infrastructure. Here are tips and information from the pros at C Enterprises.
Of the two major techniques in fiber optic cabling connection, pre-terminated is far and wide the most popular. Pre-terminated cables offer a range of advantages over field termination or factory termination. In this day and age, managers need to examine the pros and cons of both carefully for long-term return on investment. Whether you are the manager of an IT team, data center, campus, or office building, learn the costs and benefits of pre-termination to discover if it’s right for you.
When ordering fiber optic cables, you’ll come across one major crossroad – to choose pre-terminated or custom terminated cables. Comparing and contrasting the two will lead to a list of benefits and drawbacks for each. It can be difficult to know which is the right choice for you. A list of pros and cons of each can help you make the correct decision for your enterprise.
While there are several ways technicians can terminate fiber optic cabling, there are two main techniques users can choose today – factory pre-terminated or field termination. Both have redeeming factors and different elements to recommend them. Examining the pros and cons of each type can help you decide which would benefit your enterprise the most.
In the field of fiber optic cabling, termination refers to the addition of fiber optic connectors to each fiber. While technicians have come up with several ways to terminate fiber optic cables, there are two major methods for termination – field terminated and pre-terminated. Learning the differences between the two – and their strengths and weaknesses – can help you decide which is a better fit for your deployment.