A medium to large scale commercial business Networking & Telecommunication System in most uses cases consists of quite a bit more Telecom & Network equipment in comparison to a traditional residential based system.
A typical commercial business Networking & Telecommunication system equipment and material breakdown consist of the following equipment and system configuration types listed below.
High Bandwidth Structured Category 5e/6/6A/7/8 Network Cabling, Fibre Optic Connectivity Backbones, Multiple-Rack Fibre Optic Trunk Lines, Large-Scale Single Or Multiple 6U – 42U Equipment Server Rack Solutions, Strategic IT Equipment Infrastructure Deployments, Large-Scale WiFi Coverage & Meshing Solutions, Dedicated Analog, Digital & VoIP Telephone Systems, Seamless Cellular 4G/LTE/5G Booster Systems, and many more solutions.
Commercial Demarcation Telecommunication & Networking Incoming Service Distribution Point
A Commercial, Office or Business Demarcation (D-Marc) Point is where all of the incoming internet and phone lines centrally enter into the commercial or office facility premises. This incoming enterprise wiring can consist of Copper Multi-Pair (4-24+ Pairs) for Phone or DSL connections, Coaxial (RG-6/RG-11 High-Bandwidth) TV or Internet Lines, Fibre Optic Multi-Strand Cabling Infrastructures, etc. Each of these different types of wiring typically enter into the commercial business facility in close proximity to the main electrical distribution room or mechanical equipment room. From this initial entry point all of the wiring is terminated accordingly, via commercial grade Networking Patch Panels, Phone System Bix Distribution Blocks, Etc. From there the wiring infrastructure is then distributed throughout the facility to a centralized IT equipment rack, typically located in the server room or specified technical equipment closet.
Medium To Large Size Free Standing Enterprise Business Grade Server & IT Equipment Racks
Enterprise equipment racks are typically installed in a dedicated centralized server room located within the business or office. In some larger facility network system deployments, multiple equipment racks are divided into various different functions and installed in multiple locations throughout the facility to suit specific networking and telecom requirements. These larger enterprise server racks come in various different sizes and build types, with sizes ranging from 6U – 42U rack shelf spacing solutions & structural build features to accommodate significantly larger IT Equipment components. These racks primarily house the following types of networking equipment, as follows; Rail Mounted Servers, Networking Switches, Firewalls, Rack Mounted UPS Battery Backup Systems, Etc. These rack come in many different structural configurations, providing unique build features, such as; Open Frame, Enclosed Frame With Perforated Vented Doors Or Sides, Enclosed Frame With Perforated Doors & Solid Sides With Top Mounted Air Circulation Fans (Providing the ability to stack multiple racks side-by-side of one another), Etc.
Multiple Ethernet Internet Data (RJ45) Keystone Wall Jacks
Ethernet Internet Data (RJ45) keystone wall jacks are installed in strategically mapped out dedicated locations throughout the facility (Offices, Boardrooms, Computer Labs, Copy & Print Rooms, etc.) To provide hardwired internet network connectivity connections for dedicated hardwired equipment, such as; desktop computers, printers, fax/copy machines, VoIP Telephones, Etc.
Multiple Analog Or IP Phone (RJ11 / RJ45) keystone Wall Jacks
Multiple Analog or IP Phone (RJ11 / RJ45) keystone wall jacks are also installed in strategically mapped out locations throughout the facility and are primarily integrated and installed along with Ethernet wall jacks, typically in most of the same locations utilizing the same keystone style wall-plates. However, in most commercial office applications phone jacks are installed independently from Ethernet jacks as a stand alone telecom “Phone Only” jack for many of the locations throughout the facility. These specific locations only require a “Phone Only” jack for general telephone use (Guest Waiting Area, Break Rooms, Storage Rooms, Mechanical Rooms, Basements, etc.).
Multiple Enterprise Grade High-Throughput & Long-Range WiFi Networking Access Point Meshed Controller Based Networking Solutions
These sophisticated enterprise grade WiFi access point solutions provide seamless large scale commercial and office building high-throughput internet connectivity coverage and 200+ simultaneous active device connectivity solutions. This incredible wireless connectivity process is achieved, via a dedicated centralized WiFi Mesh/Roaming Control Processing Unit. Each of the individual WiFi Access Points are hardwired back to a dedicated networking switch, which has a direct hardwired uplink to the central WiFi Processing Controller Unit. All of the WiFi AP’s continuously communicate with one another via the systems control processor, functioning as a single complete wireless system, while maintaining a seamless wireless internet connection for all wireless devices throughout the business or office facility. These Controller Based WiFi Systems keep every single WiFi enabled device constantly connected to the network, regardless of the end user walking from the main floor to the top floor of the office building. These system even keep every device connected to the WiFi networking wile moving from the basement mechanical room all the way to an outdoor seating area of the campus. These WiFi Mesh systems provide seamless coverage for 10,000 – 100,000 Square Foot business or office facilities, providing all end users connected to the WiFi with the peace of mind, knowing that they will maintain a constant stable wireless internet connection the entire time throughout the facility.
Commercial Grade Fibre Optic Office Backbones & Fibre Trunking Infrastructure Solutions
Commercial & Enterprise Grade Fibre Optic Communications Infrastructures are often implemented in larger sized office and business settings where high bandwidth and ultra low latency communications throughput are a necessary and critical networking system requirement. Fibre Optic cabling provides an essentially unlimited amount of bandwidth throughout potential which can be achieved over incredibly vast dstances in comparison to traditional Category 5e/6/6A/7/8 Cabling. A standard category wiring copper infrastructure is typically limited to data transmission distances of around 300 feet, with speed capabilities of 10Gbps max throughput at these distances. Fibre Optic cabling on the other hand can provide exceptional data transmission Distances in excess of 40+ KM while providing the end user with essentially an unlimited bandwidth capacity with minimal data packet transmission latency, even at these extreme distances.
