Why the Right Managed IT Provider is Essential for the Future
Technology moves fast, like “blink-and-you’ll-miss-a-major-update.” Businesses today rely on tech for everything, from customer service to cybersecurity. But here’s the problem: not every company has an in-house IT superhero. Sometimes, there is no budget or space, or you might want to outsource this aspect of management. That’s where managed IT services come in. A managed IT service provider (MSP) can be your tech guardian angel. They can do everything from fixing glitches to stopping cyber villains in their tracks. And guess what? Choosing the right managed IT service provider isn’t just about solving today’s problems but, most importantly, securing your business’s future. So, why does this matter? Let’s learn it together! What Are Managed IT Services? (And Why Should You Care?) IT services keep your business running smoothly. Managed IT services actually let you outsource your tech needs to experts who monitor, manage, and protect your systems 24/7. Perks of Managed IT Services: Cost Savings – No need for a full-time IT team. Hiring in-house IT experts is expensive (salaries, training, benefits—yikes!). With managed IT services, you pay a predictable monthly fee and get a whole team of pros. Plus, no more surprise bills when your server decides to take a spontaneous vacation. Proactive Security – Hackers don’t take breaks; neither should your defenses. Cyberattacks happen every 39 seconds. A managed IT service provider doesn’t just react. They set up firewalls, patch vulnerabilities, and train your team to spot phishing scams before they cause chaos. Sleep better knowing your data isn’t leaking out in the digital Wild West. Scalability – Growing business? Your IT grows with you. Launching a new location? Adding remote employees? Managed IT services flex with your needs. No more begging your overworked “tech guy” to set up 10 new laptops overnight. Your MSP handles the heavy lifting so you can focus on big wins. Less Downtime – Fewer tech headaches = happier employees and customers. When your systems crash, money evaporates (and patience wears thin). MSPs monitor your network 24/7, fixing issues before they turn into full-blown disasters. Less waiting, more working, or as your team calls it, “a miracle.” So, a great managed IT service provider doesn’t just fix problems but rather prevents them, saving you time, money, and a whole lot of frustration. The Future of Managed IT Services: Why It is Revolutionary Technology is never going to slow down. AI, cloud computing, and cyber threats are evolving at the speed of light. Businesses that ignore the importance of IT services risk falling behind or, worse, getting hacked. 3 Big Reasons Managed IT is the Future 1. Cybersecurity Threats Are Getting Smarter Hackers love easy targets. Without managed IT security, your business is basically a neon “Hack Me” sign. A good MSP provides: Real-time threat detection Automated backups (so ransomware can’t hold your data hostage) Employee training (because someone always clicks the phishing email) 2. Remote Work Isn’t Going Away Hybrid work is here to stay, which means more devices, more logins, and more security risks. A managed IT service provider ensures: Secure remote access Seamless cloud collaboration No more “my laptop crashed and I lost everything” disasters 3. Tech Moves Fast; You Need to Keep Up Remember when “the cloud” sounded like sci-fi? Now, you cannot work without it at all. It has become essential. The future of managed IT services includes: AI-driven IT support (think chatbots that actually help) Predictive maintenance (fixing issues before they break) Custom solutions fully personalized to your business If your IT strategy is still based on a 2010 strategy, it is time for an upgrade. How to Choose the Right Managed IT Service Provider Not all MSPs are created equal. Picking the wrong one is like hiring a lifeguard who can’t swim. And unfortunately, you’ll only realize the mistake when you’re drowning in tech problems. Here’s exactly what separates the pros from the amateurs: Experience in Your Industry A healthcare IT provider ≠ a retail IT provider. Make sure they understand your business. Every industry has unique tech needs (For example, HIPAA compliance for healthcare vs. PCI standards for retail). Ask: “What similar businesses have you worked with?” Niche expertise means faster solutions. That means if you are a healthcare insurance provider, you can specifically hire an MSP who specializes in healthcare tech support. No time wasted explaining your workflow from scratch. 24/7 Support (Because Tech Issues Don’t Sign Off at 5 PM) If your website crashes at midnight, you don’t want to wait until morning for help. Look for providers with actual 24/7 response teams (not just an answering service). Test their after-hours support before signing. Try calling their emergency line at 2 AM. Do they pick up? Bonus points if they offer SLAs (Service Level Agreements) guaranteeing response times. Transparent Pricing (No Hidden Fees) Surprise bills = bad vibes. Look for clear, predictable pricing. Avoid providers who nickel-and-dime you for every tiny service (“That password reset? That’ll be $75”). Make sure that they are open and honest from the beginning. Flat-rate or tiered pricing models can help you budget without any bad surprises. Always ask: “What’s not included?” (Example: Hardware costs are often extra.) Strong Security Measures Ask about: Firewalls & encryption – Are they using enterprise-grade tools or duct-tape solutions? Regular security audits – How often do they check for vulnerabilities? (Hint: Quarterly at minimum.) Disaster recovery plans – If ransomware hits, how fast can they restore your data? (24 hours or less is ideal.) Good Reviews & Case Studies If their clients love them, you probably will too. Check Google, Clutch, or G2 reviews, especially for comments about reliability and communication. Ask for references in your industry and actually call them. Red flags: Vague case studies or clients who say, “They’re okay, I guess…” Why This Matters An MSP is also like a partner for your business. The right managed IT service provider becomes a seamless extension of your team. This way, they can anticipate problems, optimize your tech, and let you
Low Voltage Wiring Contractor in Austin
What is consider low voltage? Low-voltage wiring is any wiring that consumes less than 50V of power. Most power outlets in homes and businesses are 110 or 120 Volt (VAC). There are some exception: Analog telephone rings around 90V, but it’s not dangerous to heathy human. This will be a topic for another day. PoE++ (IEEE 802.3bt has a range of 50-70V). What is AWG? AWG stands for American Wire Gauge. It is a standard for measuring the diameter size of the conductive wire. The smaller the AWG, the larger the diameter. Example 18 AWG wire has a smaller diameter than 12 AWG. Some common AWG Low-Voltage Wires that we use. These are just common AWG sizes. There are so many different manufacturers that will make different-sized AWG cables. Cat 3 cable – 24 AWG Cat 5 Cable -24 AWG Cat 5e Cable – 24 AWG Cat 6 Cable – 22-24 AWG Cat 6a Cable – 16-20 AWG 18/2 Alarm Wire – 18 AWG/2 conductor wire RS485 Wire – 2 Pair 22AWG Wiegand Wire – 3 Pair 22/6 conductor wire Door Contact – 22AWG/2 Conductor Lock Power – 18AWG/4 Conductor REX – Request to Exit – 22AWG/4 Conductor RG59 – Coaxial Cable – 20-22AWG – middle conductor RG6 – Coaxial Cable – 18 AWG RG59 Siamese Cable – 20 AWG with 18AWG/2 Conductor (for power) RG6 Siamese Cable – 18AWG with 18AWG/2 Conductor (for power) Are you looking for a low-voltage wiring contractor for your home or business in Austin? Are you frustrated with your current cabling contractor? They don’t show up? They are never on time? They don’t do what they say they will do. They charge too much? Want to find a reliable cabling contractor but don’t know who to trust? Give us a shot! Call us now at 512.257.1433 We offer free estimates. After you receive the estimate, please give us the code SAVE10 We will give you an additional 10% off our already fair prices. We offer installation, troubleshooting, and support for most low-voltage cabling services in Austin and Surrounding Cities. Low Voltage Cabling support includes: Voice or Data Cabling Coaxial for TV cabling Fiber Optic Cabling Security Camera Cabling Access Control Cabling SAVE10We will give you an additional 10% off our already fair prices. We offer installation, troubleshooting, and support for most low-voltage cabling services in Austin and Surrounding Cities. Low Voltage Cabling support includes: Voice or Data Cabling Coaxial for TV cabling Fiber Optic Cabling Security Camera Cabling Access Control Cabling Related Guides Why Professional Data Cabling Boosts Business Efficiency Professional Voice and Data Cabling Services How Fiber Optic Installation Can Transform Your Business Connectivity Fiber Optics: The Backbone of Modern Networks Managed IT Services: The Complete Austin Guide Elevate Your Connectivity with Wireless Networking Services Protect Your Property with a Security Camera: The Ultimate Guide for Austin How to Choose the Right Business Phone System
How Poor Data Cabling Affects Network Speed & Stability
A business network is only as strong as its weakest link, and more often than you might think, that weak link is bad cabling. While Wi-Fi speeds, routers, and cloud software get most of the spotlight, the quiet hero in the background is the physical cabling that holds everything together. If the cables are outdated, messy, or poorly installed, even the fastest internet plan or best IT setup can’t save your network from lag, dropouts, and downtime. In this guide, we’ll explore: ✅ Common cabling mistakes that slow down networks ✅ How bad cabling causes data transmission problems ✅ How to diagnose and fix cabling errors By the end, you’ll see exactly why professional installation and regular maintenance aren’t optional but essential to keeping your business running smoothly. Chapter 1: The Hidden Costs of Poor Cabling Bad cabling doesn’t always scream for attention. Sometimes, it just quietly chips away at your speed, productivity, and performance. That’s what makes it so dangerous because it hides in plain sight. Let’s look at the most common ways bad cabling causes trouble behind the scenes. 1. Slow Network Speeds & Bottlenecks It’s frustrating when a simple file takes forever to upload or your video calls start freezing halfway through a meeting. Often, the problem isn’t your internet, and it’s the cable connecting everything behind the scenes. Incorrect Cable Category Using the wrong type of Ethernet cable can slow your network down. For example: Cat5 cables are outdated and only support up to 100 Mbps. Cat5e can support Gigabit, but with limitations. Cat6 and Cat6a are designed for modern Gigabit and 10-Gigabit networks. If you’re trying to run high-speed applications on a Cat5 cable, you’re basically trying to stream HD movies through a straw. Excessive Cable Length Ethernet cables have a maximum recommended length of 100 meters (328 feet). If you go beyond that, your signal will weaken, leading to slow speeds, dropped packets, and frustrated users. Improper Terminations If an Ethernet cable isn’t terminated properly, like loose RJ45 connectors or untwisted pairs, data can’t travel cleanly. This results in packet loss, which slows everything down as systems constantly try to resend lost data. 2. Unstable Connections & Dropouts Random disconnects or unstable connections can turn a normal workday into a nightmare. These issues often trace back to poor physical setup. EMI from Power Lines or Lights EMI (Electromagnetic Interference) occurs when Ethernet cables are run too close to power cables, large motors, or fluorescent lighting. The magnetic fields interfere with data transmission, causing glitches, lag, or complete signal loss. Damaged Cables Cables can be damaged in many ways: they can be bent too sharply, pinched in doors, or even chewed by rodents in ceiling spaces. Once damaged, they may cause intermittent failures that are difficult to track down because they only happen occasionally. Poor Patch Panel Management When patch panels are cluttered, unlabeled, or tangled, signals from one wire leak into another, causing crosstalk. This reduces clarity and stability, especially in busy office networks or server rooms. 3. Increased Downtime & IT Costs The cost of bad cabling doesn’t stop at slow internet; it eats up time and money, too. Hours spent troubleshooting phantom network issues can drain your IT team’s time. Emergency repairs often interrupt business operations, sometimes for hours or even days. Cheap cables might seem like a budget win up front, but they wear out quickly and need replacing sooner, adding to long-term costs. All of this adds up to one thing: downtime, which means lost productivity and revenue. Chapter 2: Most Common Cabling Errors & Their Fixes Here’s the good news: most cabling issues are very preventable and completely avoidable. Once you know what to watch for, it’s easier to prevent problems before they start. Let’s break down the top five cabling mistakes and how to fix them. Error #1: Using the Wrong Cable Type ❌ Problem: You’re installing Cat5e cables in a network that needs 10 Gbps speeds. While Cat5e can technically handle Gigabit, it’s not ideal for future-proofing or demanding traffic. ✅ Fix: For modern setups, use Cat6 or Cat6a cables. If you’re running cables long distances or using 10 Gbps switches and servers, consider fiber optic lines for even higher performance. Error #2: Poor Cable Management ❌ Problem: Your server room looks like spaghetti-tangled cables with no labels and wires running every which way. ✅ Fix: Use: Cable trays and Velcro ties to bundle neatly Patch panels to centralize connections Labels on both ends of every cable to keep things organized Neat cables = easier troubleshooting = faster fixes when things go wrong. Error #3: Ignoring EMI & Crosstalk ❌ Problem: Ethernet cables are run parallel to power lines or close to electrical devices, which causes data interference and signal dropouts. ✅ Fix: Keep at least 12 inches between power and data lines. For areas with high interference, use shielded twisted pair (STP) cables, which are designed to block electrical noise. Error #4: Incorrect Termination ❌ Problem: Technicians untwist wire pairs too much or don’t fully insert them into RJ45 connectors. These mistakes allow signals to leak out, weakening your connection. ✅ Fix: Always follow the T568A or T568B standard. Use a crimping tool and cable tester to confirm that all eight wires are properly aligned and making contact. Error #5: Skipping Testing & Certification ❌ Problem: The cabling is installed and connected, but never tested. Issues go unnoticed until users complain. ✅ Fix: Use a network cable certifier to test for: Continuity (each wire is properly connected) Signal strength Crosstalk, interference, and length limits Testing might take a little extra time, but it saves hours of troubleshooting later. Chapter 3: How to Avoid Cabling Mistakes Avoiding all these problems isn’t as hard as it sounds. It just takes some planning, smart choices, and regular upkeep. 1. Hire Professional Installers Don’t trust your critical infrastructure to just anyone with a ladder and drill. Look for: Certified technicians with BICSI or CompTIA Network+ credentials Experience with structured
Ring door bell installation
yesterday we had a ticket on our schedule to help customer install a ring doorbell. When we arrived, we realized that the customer had a wireless doorbell. Right next to it, was a face plate that cover where the old doorbell was. My guess is that doorbell stopped working. This can be two reasons, bad wiring or bad power supply. After we trace the cable down, we realize the the customer use to have a phone system install in this home. They had a intercom system tie to the phone system, therefore, the doorbell wiring did not had power to it. This create a small dilemma for us, we ended up ordering a power supply and have to make a second trip just to install a Ring door bell. After installing probably 30 ring door bell, we still are still on a learning curve. Welcome to the IT business! Related Guides Ring Doorbell Can Complement Most Security Camera Systems How to Choose the Best Security Camera System for Your Home or Business Protect Your Property with a Security Camera: The Ultimate Guide for Austin Reasons to Install a Security Camera System Understanding the Different Types of Security Camera Systems Residential vs. Commercial Security Camera Installation The Most Common Mistakes When Setting Up Security Cameras New Security Camera System Installation in Austin
WiFi 2.4ghz vs 5ghz Wireless Network Austin
Often, you’ll find that your router or access point will give you the option of two Wifi band. There is no better option but just what works best for your situation. 2.4ghz band travels at longer wavelength which will allow the band to travel further distance and penetrate through walls and floor but is prone to interferences. These interferences can cause your internet speed to decline. 5ghz band travels at a shorter wavelength and offer more channels which is less prone to interference but it unable to travel in distance. Due to the shorter wavelengths, 5ghz band is able to give a higher internet speed depending on how far you are away from your source. Depending on what you are trying to accomplish, first ask yourself what you need the Wifi for and if speed and distance is a factor. This will help with where you want to place your router or access point in an area where speed is important but utilize the 2.4ghz band for distance. Related Guides Elevate Your Connectivity with Wireless Networking Services Enhancing Wi-Fi Performance: Bringing Access Points Closer to Users Why Wi-Fi Feels Slow in Some Rooms (and Why Reconnecting Often Fixes It) Replacing an Access Point with a Router 3 Types of Networks Every Business Should Know How Poor Data Cabling Affects Network Speed and Stability How Fiber Optic Installation Can Transform Your Business Connectivity Managed IT Services: The Complete Austin Guide
Understanding Subnetting: Why It’s Crucial in Networking
In the world of networking, efficient management of IP addresses is vital for the seamless operation of any network. One of the key techniques used to achieve this efficiency is subnetting. Managed IT services play a critical role in implementing and managing subnetting to optimize network performance and security. In this blog, we’ll explore what subnetting is, how it works, and why it’s so important in networking. What is Subnetting? Subnetting is the process of dividing a larger network into smaller, more manageable sub-networks, or subnets. Each subnet operates as a distinct network, but all subnets within the larger network can communicate with each other. This division helps improve the organization, security, and efficiency of network traffic. How Subnetting Works IP Address Breakdown: An IP address consists of two parts: the network portion and the host portion. Subnetting modifies the boundary between these two parts to create multiple smaller networks. For example, in an IP address like 192.168.1.0/24 , the /24 denotes the subnet mask, indicating that the first 24 bits are the network part and the remaining bits are for hosts. Subnet Masks: Subnet masks are used to define the network and host portions of an IP address. In the above example, 255.255.255.0 is the subnet mask corresponding to /24. By changing the subnet mask, you can create more or fewer subnets. For instance, a /25 mask (or 255.255.255.128) would split the network into two subnets, each with 128 possible addresses. Subnet Calculation: Managed IT services utilize subnet calculators and tools to accurately determine the subnet masks and address ranges required for specific network needs. This ensures efficient use of IP addresses and avoids conflicts. Why Subnetting is Important Improved Network Performance: Reduced Broadcast Domains: By dividing a large network into smaller subnets, broadcast traffic is limited to each subnet. This reduces congestion and improves overall network performance. Efficient Routing: Subnetting simplifies routing by allowing routers to handle smaller, more manageable groups of IP addresses. This enhances the speed and efficiency of data transfer across the network. Enhanced Security: Isolation of Subnets: Subnetting allows for the isolation of different segments of the network. This limits the spread of potential attacks and enhances security measures. Access Control: Administrators can apply specific security policies and access controls to each subnet, ensuring that sensitive data and resources are better protected. Scalability: Flexible Network Design: Subnetting provides the flexibility to expand the network without disrupting existing operations. New subnets can be created as needed to accommodate growth. Efficient IP Address Management: By breaking down a larger network into smaller subnets, IP address allocation becomes more efficient, avoiding wastage and ensuring that addresses are used optimally. Simplified Troubleshooting: Isolated Issues: Problems can be isolated to specific subnets, making it easier to identify and resolve issues without affecting the entire network. Improved Monitoring: Network monitoring tools can focus on individual subnets, providing more detailed insights into network performance and health. How Managed IT Services Help with Subnetting Managed IT services bring expertise and experience to the complex task of subnetting. Here’s how they assist: Assessment and Planning: Managed IT providers assess your network needs and plan the optimal subnetting strategy. Implementation: They configure routers, switches, and other network devices to implement the subnetting plan. Monitoring and Maintenance: Continuous monitoring ensures that subnets are functioning correctly and efficiently. Managed IT services also handle any necessary adjustments and updates. Security Management: They apply appropriate security measures to each subnet, ensuring robust protection against threats. Troubleshooting and Support: Expert support is available to troubleshoot and resolve any issues that arise within the subnets. Conclusion Subnetting is a fundamental technique in networking that enhances performance, security, and scalability. Managed IT services provide the expertise needed to implement and manage subnetting effectively, ensuring your network operates at its best. By partnering with a reliable managed IT service provider, you can optimize your network’s efficiency and security, supporting the growth and success of your business. Ready to Optimize Your Network with Subnetting? Contact BCS IT Services today to learn how our managed IT services can help you implement and manage subnetting for a more efficient and secure network. 512.257.1433 Related Guides 3 Types of Networks Every Business Should Know Importance of Network Security for Modern Businesses Managed IT Services: The Complete Austin Guide Supporting All 7 OSI Layers with Managed IT Services How Poor Data Cabling Affects Network Speed and Stability Elevate Your Connectivity with Wireless Networking Services How Fiber Optic Installation Can Transform Your Business Connectivity Endpoint Security: Protecting Every Device in Your Business
Long Distant Fiber Optic Cabling thru woods
Long-distance fiber optic cabling through woods refers to the installation of high-speed fiber optic cables over vast, often challenging terrains like wooded areas. This solution ensures reliable and fast internet connectivity for remote locations, providing robust data transmission over long distances while minimizing signal loss. It’s commonly used in rural or undeveloped areas where traditional wiring methods may not be feasible. This week received a call from an existing customer that we helped in the past. The first time they call us, it was fairly urgent, yet a very small job. They had reached out to us, because they had another company running the fiber and terminate the fiber for them, however the fiber did not work. During the troubleshooting process, first thing we did was check for light. Well, it past the light test. Most of the time, you check for light, and it works, it typically work, unless the termination was so bad, that the loss exceeded the recommendation. So, we re-terminated the fiber connectors on both ends, and that was it. The customer are now up and running. Their network is now stable. Now that this customer trust us, they wanted us to help them install a long fiber cable. It was about 1 mile long. 1 mile distant for fiber is typically consider short, however, it is long for us, as we typically do fiber from buildings to buildings, on privately owned property, which most case are short runs. This run has a few challenge. 1st challenge was distant. 2nd challenge was that we had to run it thru the woods with different terrain (land was not level and there were some deep ditch). 3rd challenge was, how do we protect the cable from the element and nature (animals, rodents, etc). Running a conduit and burying it were not feasible. The customer wanted us to just lay it on the ground thru the woods. Our solutions was to go with outdoor, armored, fiber cable. It sounded, simple, however, armored fiber cable 1 mile long is pretty heavy, creating some challenges going thru dense wood with deep ditch. 4th challenge was, the woods were so dense, that we can easily get lost. Our solutions were to use google map, compass, and take our time, and do it in increments 100 feet run at a time. All in all, we got the job done, and more importantly, we learn by getting outside our comfort zone and explore. The IT business is hard and demand always willing to learn. If you are in the market for an IT company that can help you soft network or cabling infrastructure issues, give us a call. We offer free consultations. Related Guides Fiber Optics: The Backbone of Modern Networks How Fiber Optic Installation Can Transform Your Business Connectivity Fiber Optic Termination: Best Practices for Reliable Connections Outdoor-Rated Fiber for Commercial Installations Fiber Optic vs. Copper Against Lightning Low Voltage Wiring Contractor in Austin Why Professional Data Cabling Boosts Business Efficiency Managed IT Services: The Complete Austin Guide
Singlemode vs Multimode
Singlemode (SM) generally cost cheaper than multimode (MM). The main question that we will typically ask our customer if they don’t know which fiber optic cable type to choose from is: What is the distance from one end to the other? What is the bandwidth that they require? Is it compatible with their equipment? Once they are able to answer these questions, we’ll be able to determine what is suitable for their current situation. Singlemode core is 5-6 times smaller than MM. This causes SM to have less light reflection and allowing SM to travel much further distance while carrying higher bandwidth. MM large core causes more light reflection and degrades over distance. An advance MM has is the ability to pass more data at a shorter distance. Related Guides Fiber Optics: The Backbone of Modern Networks How Fiber Optic Installation Can Transform Your Business Connectivity Fiber Optic Termination: Best Practices for Reliable Connections Fiber Optic vs. Copper Against Lightning Long-Distance Fiber Optic Cabling Through Woods Outdoor-Rated Fiber for Commercial Installations Low Voltage Wiring Contractor in Austin Why Professional Data Cabling Boosts Business Efficiency
RESET ROUTER TO FACTORY DEFAULT, DON’T BE SO FAST TO DO IT.
Resetting your router to factory defaults should be a last resort when troubleshooting network issues. While it may seem like a quick fix, this process erases all personalized settings, such as Wi-Fi name (SSID), password, port forwarding, and security configurations. Before resetting, try simpler troubleshooting methods like restarting the router or checking the connection settings. If a reset is necessary, make sure to back up important configurations to avoid the hassle of reconfiguring everything from scratch. We get a few call a month from customer and or potential customer asking us to come help them with their down network. Typically, either their internet is down, their network is down, or both. We have notice from asking customer questions, that the ISP (internet service provider), always ask them to reset the router / modem by holding down the little button on the router with a paper clip or pin. If you are asked by the service provider to reset your equipment, DON’T DO IT. What that button does is typically delete all the programming in your router, from ip address scheme, subnet mask, static ip address, password, wifi router username, etc. I think most of the time, the service provider tech support meant to do this on their modem and not the customers router. The reality is most of the tech support personnel are just supporting thru documentations, in another word, they don’t understand networking, just was train to read the documents and follow the few simple steps, just as reboot, reset, etc. I found too far often times, your internet doesn’t work is simply because the ISP modem programming does not match with your network and or router. Here are some examples: 1. Your router is programmed to have a static ip address, but your service provider is only assigning you dhcp (default on most isp). 2. Your router is programmed to received dhcp, but the service provider modem is programmed to pass you a static public ip address. 3. The service provider ip address doesn’t match your router or it match up as in conflict with your ip address scheme. If the service provider is passing on ip subnet 192.168.1.0/24 and your router is also program to hand off the same subnet of 192.168.1.0/24 subnet to your devices on your network, your network will not work properly. Network can get complicated, before you reset your router to factory default, have a qualify IT personnel help you troubleshoot first, it may save you and your company some money, downtime, and even some headache. Related Guides Managed IT Services: The Complete Austin Guide Elevate Your Connectivity with Wireless Networking Services Why Wi-Fi Feels Slow in Some Rooms (and Why Reconnecting Often Fixes It) Wi-Fi 2.4GHz vs. 5GHz: Which Band Should You Use? 3 Types of Networks Every Business Should Know Understanding Subnetting: Why It’s Crucial in Networking How Poor Data Cabling Affects Network Speed and Stability Importance of Network Security for Modern Businesses
OUTSIDE PLANT FIBER OPTIC CABLE
It’s been a while since I had to run an outside Fiber Optic cable as I been pencil pushing. It feels good to be able to go outside, break a sweat, and make some money. It was a hot day though. A co-worker and I had to pull and push some outside fiber optic cable 12 strand thru a conduit that was collapse at midpoint. We tried to fish it multiple times with no luck. We even tried the air compressor trick. All we got was some fresh or no so fresh stagnant water that felt like sewage water. We ended up having to cut into the pipe and create a new route for the new cable. It wasn’t so bad, kind of like a part time dirty job. Well, at the end of the day, we got the job done, just a few set back. If you are in need of a small company that can get a fiber optic cable run for you, give us a call. We sometimes can do smaller odd jobs that most big company doesn’t want to do. Related Guides Fiber Optics: The Backbone of Modern Networks How Fiber Optic Installation Can Transform Your Business Connectivity Fiber Optic Termination: Best Practices for Reliable Connections Long-Distance Fiber Optic Cabling Through Woods Outdoor-Rated Fiber for Commercial Installations Singlemode vs. Multimode Fiber Fiber Optic vs. Copper Against Lightning Low Voltage Wiring Contractor in Austin