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Avoid Undercover Network Speed Traps with Cable Upgrades

In this blog, we delve into the world of "undercover cable speed traps," exploring how outdated cabling might be silently sabotaging your business's connectivity and what you can do to ensure your network operates at its full potential. Don't let your cabling hold you back – it's time to uncover the hidden network bottleneck!

Avoid Undercover Network Speed Traps with Cable Upgrades

The Need for Speed in the Digital Age

In today’s digital landscape, speed is paramount. Businesses rely on high-speed internet connections to maintain effective communication, streamline workflows, and stay connected with clients and partners. You may have invested in a premium internet plan to ensure your operations run smoothly, but have you considered the state of your network cabling infrastructure? Often overlooked, the quality and age of your cabling can significantly impact your network’s performance and, consequently, your business’s productivity and bottom line.

The Hidden Bottleneck: Outdated Cabling

Outdated network cabling can function as a concealed bottleneck within your network infrastructure. Your network’s strength is determined by its weakest link, and if your cabling infrastructure is not up to par, it can limit your network’s speed and efficiency, undermining the benefits of a fast internet plan. It’s like having a high-performance sports car with old, worn-out tires – your top speed potential is never reached.

Recognizing the Signs of an Outdated Cabling System

  1. Sluggish Internet Speeds: The most obvious indicator of outdated cabling is slow internet speeds, which can disrupt operations, frustrate employees, and lead to productivity losses.
  2. Frequent Disconnects: If your network experiences frequent disconnections, it could be attributed to aging cables that can no longer handle the data load efficiently.
  3. Buffering and Lag: Modern businesses rely on video conferences and streaming content for meetings and presentations. Outdated cabling can lead to buffering and lag during these essential activities.
  4. Inconsistent Wi-Fi Coverage: An aging cabling infrastructure can adversely affect your Wi-Fi signal, resulting in dead zones and unreliable connections throughout your workspace.
  5. Challenges in Network Expansion: If your cabling infrastructure is inadequate, expanding your network to accommodate new devices or employees becomes a daunting task, hampering growth and flexibility.

The Solution: Upgrading Your Cabling Infrastructure

Fortunately, you can address this issue effectively by upgrading your network cabling infrastructure. Here are some essential steps to consider:

  1. Comprehensive Assessment: Initiate the process by conducting a comprehensive assessment of your current cabling setup. Identify outdated or damaged cables that require replacement.
  2. Select the Right Cabling: Collaborate with experienced professionals to choose the appropriate cabling standards, such as Cat 6 or Cat 6a, that align with your network’s speed and performance requirements.
  3. Professional Installation: Ensure that your new cabling is professionally installed and adheres to industry standards. This step is critical to ensure optimal performance and reliability.
  4. Future-Proof Your Network: When planning your cabling infrastructure upgrade, think beyond your current needs. Consider future growth and technology advancements, ensuring that your investment serves your business well in the long run.

The Bottom Line: Maximizing Your Network’s Potential

Don’t allow outdated cabling to hinder your business’s operations. The performance of your network directly impacts your bottom line and overall efficiency. By addressing the hidden bottleneck of old cabling, you can position your business for success in the digital age.

Investing in a modern cabling infrastructure is not just an expense; it’s an investment in your business’s future success. Don’t wait until slow connections disrupt your operations and frustrate your team. Upgrade your cabling, unleash your network’s full potential, and keep your business running at peak performance. In today’s fast-paced world, staying ahead of the curve means ensuring that every aspect of your operations is optimized for success.

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APC XU1K3LLXXRCC

– Main Input Voltage 120 V
– Main Output Voltage 120 V
– Rated power in W 1300 W
– Rated power in VA 1300 VA
– Output connector type Hard Wire 3-wire (H N + E) 1
– Battery Type: External battery system

Alpha FXM-HP2000

– 2000W/VA UPS designed to operate in extreme environments and provide maximum flexibility
– Advanced next-generation control and monitoring platform with high resolution color touchscreen LCD display with advanced local UI
– Built-in data loggers to monitor performance logs, user configurable alarms and advanced equation editing for custom data and actions
– Integrated USB host for local firmware upgrades, configuration updates, backup, restoration and cloning
– Wide range Automatic Voltage Regulation (AVR) lengthens battery life by providing protection without transferring to backup mode during voltage surge or sag
– Independently programmable control and reporting dry contacts allow monitoring and controlling of key functions

Alpha FXM-HP1100

– 1100W/VA UPS designed to operate in extreme environments and provide maximum flexibility
– Advanced next-generation control and monitoring platform with high resolution color touchscreen LCD display with advanced local UI
– Built-in data loggers to monitor performance logs, user configurable alarms and advanced equation editing for custom data and actions
– Integrated USB host for local firmware upgrades, configuration updates, backup, restoration and cloning
– Wide range Automatic Voltage Regulation (AVR) lengthens battery life by providing protection without transferring to backup mode during voltage surge or sag
– Independently programmable control and reporting dry contacts allow monitoring and controlling of key functions

Advantech EK17700 Series

– Certifications for NEMA TS2 in Traffic Management, L508 in Control Panel and EN50121-4 in Wayside Traffic Control
– Wide temperature range, -40 to 75°C
– Radiated/conducted noise protection, EMC Level 3
– Overload current protection and power-fail relay
– MTBF: 858,835 hours

Extreme ISW 8GbP, 4-SFP

ExtremeSwitching™ Industrial Ethernet Switches
– Store and forward, L2 wire-speed/non-blocking switching engine
– 10/100 Mbps or 10/100/1000 Mbps depending on model
– IEEE 802.3af and IEEE 802.3at on POE enabled ports
– MDI/MDIX Auto-Crossover
– 100FX SFP and 100/1000BaseX SFP Transceiver
– Port Security — IP and MAC-based access control, IEEE 802.1X authentication Network Access Control, RADIUS, and TACACS+ AAA (Authentication, Accounting and Authorization)

MOXA EDS Series

Industrial
Switches, managed/unmanaged, 5/8/9/28-port options 

If you are interested, please contact us for more information. 

Cisco IE3000

The Cisco IE 3000 Series is an ideal product for Industrial Ethernet applications, including factory automation, energy and process control, and Intelligent Transportation Systems (ITSs).
– Design for Industrial Ethernet applications, including extended environmental, shock/vibration, and surge ratings; a complete set of power input options; convection cooling; and DIN-rail or 19” rack mounting
– Support for Power over Ethernet (PoE) up to 15.4W per port
– Support for Power over Ethernet Plus (PoE+) for the PoE+ capable devices up to 30W per port
– Easy setup and management using Cisco DNATM Center software and the Cisco Device Manager web interface and supporting tools, including Cisco Network Assistant (CNA) and Cisco Prime LMS 4.2
– Easy switch replacement using removable memory, allowing the user to replace a switch without having to reconfigure

MOXA NPort 6000 Series

 –  Secure data access modes, including Secure Real COM, Secure TCP Server, Secure TCP Client, and Secure Pair Connection
 – Versatile socket-operating modes, including TCP Server, TCP Client, UDP, and Real COM driver
 – port-buffering function to prevent loss of serial data when communication is disrupted
 – Enhanced remote configuration with HTTPS and SSH
 – Definable multi-user account management
 – high Secure mode is supported to disable less Secure protocols and cipher suites as well as enforce the longest key length for data encryptions
-Port speeds of up to 921.6 kbps
-Redundant Ethernet Ring capability (STP, RSTP, Turbo Ring, and Turbo Ring 2)
 – Any baudrate feature for easy configuration for custom baudrates

Digi Portserver TS Hcc Mei

Serial-to-Ethernet connectivity for traffic management applications requiring extended vibration, temperature and moisture tolerance
– Robust, hardened model with extended temperature 
tolerance (-35° C to +74° C)
– Class 1, Division 2 rated
– NEMA TS 2 compliant
– Conformal coated circuit board
– Ships in “Latency Mode & TCP Keep-Alive” setting
– Screw terminal power connector
– 2- and 4-port models for application flexibility 
– RS-232/422/485 switch-selectable on all ports
– RealPort for COM or TTY port control and management

Advantech VLINK VES Series

Models                  Specifications for series 

BB-VESR901– Ethernet enable RS-232/422/485 serial devices
BB-VESR902D– Direct IP, virtual COM port or paired mode
BB-VESR902T– Industrial 10 to 48 VDC input power (power supply required,
 not included, sold separately)
 – Wide operating temperature (-40 to +80 °C)
 – UL Class 1/Division 2

Advantech IMC-3501-SE-A

Mini Hardened Media Converter, 100Mbps, Single mode 1310nm, LFPT, 40km, SC
– Centralized powered IMC-318I chassis
– Supports Link Fault Pass Through (LFPT)
– IEEE802.3af compliant (IMC-350I series as PoE-PD)
– Industrial grade design that supports an extended operating temperature(IMC-350I series)
– Metal enclosure with compact size

Axis Communications Q1798-LE

(01702-001)  
4K without compromise
– 4K / 10 MP resolutions 
– Ultra-high light-sensitive 4/3″ sensor 
– 12 – 48 mm Canon lens
– Lightfinder 2.0
  – Zipstream with support for H.264/H.265