See the CableFree 5G-SA Performance Test of Base Station in n77 (3800-4200MHz) to an Indoor Desktop CPE using 4×4 MIMO and 50MHz channels CableFree 5G-SA Performance Test in Band n77 (3800-4200MHz): This demo shows 714Mbps DL speed in Band n77 (3.8-4.2GHz) with 4×4 MIMO, 50MHz Channel Width. Shows CableFree n77 gNodeB Base Station connected to…
CableFree LTE-M Performance Test of Small Cell demo to Industrial IoT CPE in Band 3 (1800MHz) CableFree LTE-M IoT Performance Test in Band 3: This demo shows narrowband IoT type capacity 0.25Mbps DL speed in Band 3 (1800MHz) with 1×1 SISO, No Carrier Aggregation. Shows CableFree B3 Base Station connected to Industrial Indoor CatM1 CPE…
CableFree LTE Performance Test of Small Cell demo to Indoor Desktop CPE in Band 43 (3700MHz) CableFree 4G LTE Performance Test in Band 43: This demo shows 196Mbps DL speed in Band 43 (3.7GHz) with 2×2 MIMO, 2CA Carrier Aggregation. Shows CableFree B43 Base Station connected to Desktop Indoor Cat6 CPE with PC running HTML5…
Solar & Battery Power for Wireless Base Stations and Microwave Transmission CableFree: Wireless Excellence offers novel Solar & Battery Offgrid Power solutions for regions with no AC power available, or where only expensive or “dirty” (oil/diesel powered generators) are available. The new solution combines rugged, flexible Solar panel sheets plus Battery storage with intelligent inverter…
Building Private LTE Networks: 4G, 5G & Beyond Originally, LTE was designed for large-scale carrier networks to cover entire countries. More recently, two factors have enabled the rise of Private LTE networks: firstly, a range of compact, stand-alone and designed-for-purpose LTE systems, and secondly, the availability of easy-access spectrum including the unlicensed 5GHz band –…
CableFree FOR3 Microwave Links offer 881Mbps Full Duplex using 1024QAM, 112MHz Channels in 11GHz Microwave Band The 11GHz version of CableFree FOR3 is ideal for Long Distance Backbone links for ISPs, Wireless ISPs (WISP), 4G/5G Operator for LTE Backhaul. In this demonstration you can see CableFree FOR3 Microwave Test Results for operation in the 11GHz Band. …
CableFree FOR3 Microwave Links offer 881Mbps Full Duplex using 1024QAM, 112MHz Channels in 4.4GHz Microwave Band The 4.4GHz version of CableFree FOR3 is ideal for Long Distance Backbone links for ISPs, Wireless ISPs (WISP), 4G/5G Operator for LTE Backhaul. In this demonstration you can see CableFree FOR3 Microwave Test Results for operation in the 4.4GHz Band. …
CableFree marks another GITEX success GITEX 2018 was a great success for CableFree: Wireless Excellence, with existing and new partners and clients from around the region coming to see the latest in CableFree’s range of Wireless Broadband Communication systems. The CableFree team greatly enjoyed discussing a wide range of solutions and projects. The CableFree range…
CableFree HCR Microwave is now available with Ultra High Power (UHP) ODU options CableFree HCR with Ultra High Power ODUs is a popular wireless solution for long range backbone microwave links with high capacities available up to 1Gbps, 2Gbps or more. Ultra High Power (UHP) versions now available: The UHP version is available in 6,7,8 and…
CableFree MMW links with 2+0 aggregation offer 20Gbps Full Duplex Capacity CableFree Millimeter-Wave radios are available in 2+0 configurations which double the capacity and resilience of a wireless MMW link, with many benefits to operators and end users. What is 2+0? 2+0 means two radios combined onto a single antenna. Having two radios doubles capacity…
Examining the usable bandwidth on a Gigabit Ethernet network Examining how much throughput of actual throughput can be achieved on a Gigabit Ethernet based network and how much this increases by using Jumbo Frames. Also covered is how that relates to throughput of a Wireless Link with Gigabit Ethernet interfaces. Gigabit Ethernet Physical Layer On a Fibre Optic…
Demonstrating CableFree 150Mbps 4G/LTE-A Connection to a Desktop LTE CPE: Throughput testing of CableFree LTE-A Closed Private 4G Network using 2×2 MIMO, 20MHz channel in Band 3. Shows 150Mbps DL & 42Mbps UL between PC web browser connected through CableFree Desktop Cat4 LTE CPE and server. A video of the demonstration with some explanation and…
CableFree Radios will be on show with live demo: IBC in Amsterdam CableFree @ VideoSys: Stand 11.A26, IBC, 15-19 September 2017 at the RAI, Amsterdam. Live Demonstration of CableFree Wireless Products CableFree radios will be demonstrated at IBC 2017 Amsterdam by CableFree partner Videosys Broadcast who are offering the solutions for Broadcast TV applications. With high capacities…
New CableFree LTE CPEs are available for Rural Broadband Applications: New from CableFree: Wireless Excellence, a new updated range of LTE CPEs for Band 42 3.5GHz and Band 43 3.6GHz, including Band 48 for CBRS in North America. Latest LTE Advanced Technology CableFree offers excellent High Gain, LTE/4G CPE devices for Long Range Connections. CableFree…
Point-to-Point and Point-to-Multipoint Wireless Communication In Wireless communications, Point-to-Multipoint communication (P2MP, PTMP or PMP) is communication which is accomplished via a distinct type of one-to-many connection, providing multiple paths from a single location to multiple locations. For P2MP, a central antenna or antenna array broadcasts to several receiving antennas and the system uses either Frequency Division Multiplexing or time-division multiplexing to allow for bidirectional…
Future advances in Wireless Mobile Infrastructure Technology “A new mobile generation has appeared approximately every 10 years since the first 1G system, Nordic Mobile Telephone, was introduced in 1982”. Assuming the trend continues, 6G will follow several years after 5G is adopted. The term “5G” is actually marketing label for the forthcoming 3GPP LTE from release 15 and onwards. “5th generation mobile…
Carrier Aggregation in LTE-A (LTE Advanced) Carrier Aggregation is a key technology in LTE Advanced (LTE-A) to enable higher capacities on mobile networks. carrier aggregation mainstream, with global proliferation, which benefits the entire mobile ecosystem: Operators, App developers, and OEMs – by delivering higher data rates, improved capacity, and the ability to use spectrum fragments. A simple diagram…
The History of WiFi The history of WiFi is long and interesting. In 1971, ALOHAnet connected the Hawaiian Islands with a UHF wireless packet network. ALOHAnet and the ALOHA protocol were early forerunners to Ethernet, and later the IEEE 802.11 protocols, respectively. Vic Hayes is often regarded as the “father of Wi-Fi.” He started such…
Question: How Fast is 4G LTE ? Answer originally posted on Quora.com: The answer to this involves a few factors, including “Which LTE” as several versions of LTE are already in use, from the start of LTE (Release 8 ) to now (Release 13), which include capacity and performance increases: What Version of LTE being…
