Siklu
MultiHaul Compact Terminal Unit T201 57-64GHz, Integrated Antenna, 100Mbps upgradable to 1000Mbps, 1x 1Gbps port
List Price: $483.00
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MultiHaul[tm] cTU – Small PtMP 60GHz Radio
Full Range and Throughput of the MultiHaul[tm] TU in a Form Factor 85% Smaller
The MultiHaul[tm] system consists of a Base Unit (BU) operating over millimeter waves and connecting Terminal Units (TU) and now the new ultra small compact TU (cTU). MultiHaul[tm] brings the advantages of mmWave spectrum – multi-gigabit capacity, immunity to interference and massive amounts of available spectrum – to a cost effective small form factor PtMP solution. With the cTU, the customer premise side of the system has been reduced over 85% in total volume when compared to the standard TU with no loss in performance, features, range or throughput. A package only 6.5”x3.1”x1” and a selection of colors will blend the cTU into existing surroundings, making it even easier to deploy.
Small but Powerful – Virtually Invisible
There can be no doubt that the smaller the TU is, the more options customers have for deployment. Typically, in wireless systems, going smaller means sacrificing performance in either throughput or range. With the cTU Siklu has broken new ground delivering the exact same performance as the TU but in a form factor that is dramatically smaller.
In addition to the technology that goes into enabling identical performance in an ultra-small package comes the ability to choose from a selection of colors to further reduce the sight lines of deployed cTUs.
Secure and Physically Immune Narrow Beams
The MultiHaul[tm] cTU operates over the millimeter wave spectrum using narrow beams. This confers several advantages including complete immunity to interference and network jamming, as well as high security. In contrast to wide-beam wireless systems that need to use multiple strategies to perform in dense areas, and are not successful 100% of the time, The MultiHaul[tm] cTU, same as the standard TU, is inherently interference-free and secure under any circumstances thanks to a unique combination of narrow beams and high frequencies. Multiple subscribers and services can be connected with complete isolation based on physical port, VLAN ID and/or a Terminal Unit.
Ready Set Go
The plug and play system is designed for an easy single person installation with a goal of self-installation. The patent-pending scanning antenna automatically aligns with the Base Units. For buildings with difficult roof-top access, a single base unit needs to be installed on a roof to serve multiple locations. The Base Unit (BU) supports advanced auto-provisioning: Terminal Units (TU and cTU) configuration files are stored in the BU to enable early and advanced provisioning. The TU/cTU can be located on building sides with no need for internal re-wiring of building to achieve net gigabit throughput.
Always-On Mission Critical Networks
When you can’t afford to lose a video stream, critical safe city sensor data or any other mission critical data, you need to use a wireless network that’s as reliable and secure as fiber. With maximal immunity to interference and hacker-proof links with embedded AES encryption, MultiHaul[tm] delivers a network you can count on.
Self-Installation
When operators and Smart Cities are considering deploying mmWave networks, the total cost of ownership is considered. At Siklu we understand the large role in a business case that installation can play with costs anywhere from $100 per TU/cTU to upwards of $500 or more. The cTU represents the first of several advances Siklu will be introducing over the next 12 months enabling a true, outdoor self-install system for our customers
Fiber Quality with Wireless Flexibility
Siklu’s millimeter wave radios successfully combine the capacity of fiber with the flexibility, speed of deployment and low TCO of wireless networks. That’s what makes them the world’s best-selling
millimeter wave radios every year since 2011. They provide rock solid performance, even under severe weather conditions, in thousands of networks around the globe.