Siklu Millimeter Wave Technology In a Nutshell
Siklu’s Millimeter wave (mmWave) products operate in the 60, 70/80GHz frequency bands. These bands features inherent very narrow-beams with over 24Ghz of available spectrum. These characteristics translate into reliable, interference-free, high-capacity connectivity. Siklu takes advantage of these native benefits for our customers.
Key areas of innovation:
Beamforming in the 60GHz band
SaaS automated network design
Antenna design and manufacturing processes
Fully Integrated single chip RFIC transceiver and Baseband ASIC
These core technologies drive added value and benefit for Siklu Products.
As a result, Siklu is able to offer:
The longest range in the industry
Custom high gain, cost effective solutions
Patented beam steering implementation in PtMP configuration
Small form factor products for easier site acquisition
Exceptional range of frequency support in each product
Low power operation
Gigabit to the Home
Business Broadband
Smart City 5G Fixed Wireless
Single Family Units
Multiple Dwelling Units
Aggregation
Business Connectivitiy (MDU)
Campus Networks
Video Security
Municipal Networks
Transportation
Small Cell & Mobile Backhaul
Siklu Products
Siklu offers the widest selection of mmWave products in the industry. This portfolio of 60GHz (V Band) and 70/80GHz (E Band) solutions in both PTP and PtMP configurations allows Siklu to offer complete end to end multi-Gigabit Wireless Networks.
Siklu SmartHaul™ Network Software Tools
Wireless networks are growing at a pace that outstrips past deployments by a wide margin. With applications ranging from IoT to 5G fixed wireless, wireless networks are also becoming increasingly complex. It is no longer just about selling and installing boxes, of critical importance to the profitability and optimal operation of these networks relies on the systems and support software offered.
This challenge goes beyond basic management, and has extended into the realm of financial analysis for ROI, predictable performance and even automated whole network design.






