60 GHz V-band and 70 / 80 GHz E-band,high-capacity short-range PtP.
EtherHaul series millimeter wave radios for high-capacity short-range backhaul: 60 GHz V-band unlicensed for urban and campus deployments, 70 / 80 GHz E-band licensed for carrier backhaul. Multi-gigabit capacity at distances from a few hundred feet to several miles. Now part of Ceragon. Stocked in Miami for carriers, ISPs, smart city deployments, and enterprise campus backhaul.
About Siklu
Millimeter wave PtP for the fiber-impractical short link.
Siklu (now part of Ceragon following acquisition) is the recognized brand in millimeter wave point-to-point radios, specializing in 60 GHz V-band (unlicensed in most jurisdictions) and 70 / 80 GHz E-band (licensed in the US under FCC Part 101) radios for high-capacity short-range backhaul where running fiber is impractical or cost-prohibitive. The EtherHaul series anchors the portfolio across the 60 GHz, 70 / 80 GHz, and 24 GHz bands, delivering multi-gigabit capacity at distances from a few hundred feet (urban dense PtP) to several miles (suburban backhaul with appropriate dish sizing and link budget).
EhubAmerica stocks the most-requested Siklu SKUs in our Doral, FL warehouse alongside coordinated quoting with Siklu and Ceragon distribution for project-specific configurations. Common in-stock items include EtherHaul mounting hardware, accessories, and replacement parts. Specific radio terminal configurations (band, capacity, dish size) are typically quoted per-project from Siklu / Ceragon distribution with path profile work for E-band licensed links coordinated through Siklu engineering. Typical end-to-end lead times for project orders range from 2-4 weeks.
The Siklu lineup is the practical choice for smart city deployments where running fiber down every street is impractical (60 GHz V-band PtP between cameras, kiosks, and aggregation points), urban ISP backhaul where 5 GHz unlicensed is congested and fiber to a specific building is unavailable (70 / 80 GHz E-band licensed delivers multi-Gbps at carrier-grade availability), enterprise campus backhaul connecting buildings across a campus where trenching fiber is too expensive or too slow, and broadcast and event temporary backhaul where rapid deployment of multi-gigabit links matters.
Product lines we stock and quote
Our active Siklu catalog sorts into three practical categories. 60 GHz V-band EtherHaul unlicensed mmWave PtP for urban dense PtP, smart city, and campus backhaul where licensing is not desired. 70 / 80 GHz E-band EtherHaul licensed mmWave PtP for carrier-grade backhaul with FCC Part 101 coordination. Mounting hardware and accessories EtherHaul mounting kits, antenna couplers, and service parts.
Why EhubAmerica
Four reasons mmWave integrators choose us for Siklu.
Stocked
Real Siklu inventory in our Doral, FL warehouse for common EtherHaul mounting hardware, accessories, and service parts. Radio terminals quoted per-project.
Link engineered
Path profile and link budget for mmWave PtP: distance, weather margin (rain fade is significant at 60 / 70 / 80 GHz), dish size, capacity. We help size the link before quoting.
Supported
Engineering desk for 60 GHz unlicensed versus 70 / 80 GHz licensed decision, rain fade calculation for Florida and coastal regions, dish sizing for distance, and FCC Part 101 coordination for E-band.
Backed
48-hour RMA replacement window on warrantied units. Siklu and Ceragon manufacturer warranty honored through us with coordination via service channels.
Frequently asked
Siklu questions, mmWave answers.
Specific to smart city integrators, urban ISP backhaul, enterprise campus deployments, broadcast and event temporary backhaul, and carriers deploying mmWave PtP for fiber-impractical short links.
Do you stock Siklu in Miami?
We stock common EtherHaul mounting hardware, accessories, and service parts. Specific radio terminal configurations (band, capacity, dish size) are quoted per-project from Siklu and Ceragon distribution with typical 2-4 week lead times. Path profile and link budget coordination handled with Siklu engineering for any new licensed E-band link.
60 GHz V-band versus 70 / 80 GHz E-band: which should I deploy?
60 GHz V-band is unlicensed in the US (no FCC license needed), best for short links (typical 300 ft to half a mile in clear weather) where avoiding licensing is preferred and the link is short enough that rain fade is manageable. 70 / 80 GHz E-band requires an FCC Part 101 license but is the right choice for longer mmWave links (up to several miles in clear weather) and where carrier-grade availability matters. For most smart city and campus deployments, 60 GHz unlicensed is the practical choice. For carrier backhaul and longer urban PtP, 70 / 80 GHz licensed.
How does rain fade affect mmWave PtP in Florida?
Significantly. The 60 GHz, 70 GHz, and 80 GHz bands experience substantial rain fade in heavy precipitation, with Florida's intense tropical rainfall delivering some of the worst rain fade conditions in North America. For a 60 GHz link in Florida targeting 99.99 percent availability, practical distances are typically limited to 300-800 ft (versus 1+ mile in drier climates). E-band 70 / 80 GHz extends usable distance with appropriate dish gain and lower modulation under fade, but the link budget calculation must include Florida rain rate (R 0.01 typically 105 mm/hr versus 30-40 mm/hr in drier US). We model rain fade specifically for your link geography before quoting.
Can you help with FCC Part 101 licensing for 70 / 80 GHz E-band?
Yes for the basics. E-band 70 / 80 GHz uses a lightweight FCC Part 101 licensing process (sometimes called 'light licensing' with a per-link fee through registered databases rather than full Part 101 coordination). The process is faster and cheaper than traditional 6 / 11 / 18 / 23 GHz Part 101 coordination but still requires per-link registration. We coordinate the registration and frequency selection through the appropriate database registrar. Typical timeline is 1-2 weeks from path profile to license.
When does Siklu make more sense than running fiber?
Several scenarios: trenching fiber is impractical or impossible (across roads, rivers, between buildings without easement), trenching is too expensive (typical fiber trench cost $25-100 per linear foot), trenching is too slow (need backhaul in 1-2 weeks not 3-6 months for fiber permitting and construction), the link is temporary (events, construction, disaster recovery), or rapid scaling demands fiber-class capacity faster than fiber can be built. For permanent links where fiber is feasible at reasonable cost and timeline, fiber is usually the right long-term choice. For everything else, mmWave PtP often wins on total project economics.
What is the Siklu RMA process at EhubAmerica?
Send the unit with a brief problem description and the original order or invoice reference. We issue replacement within 48 hours of receipt for in-stock accessories and parts. For radio terminals, warranty cases route through Siklu and Ceragon service channels with typical turnaround of 2-4 weeks. Warranty covers manufacturing defects, not damage from lightning, tower errors, or installation issues.
Let us quote your Siklu order.Same-day response on accessories.
Send us the link spec: distance, capacity target, frequency band preference (60 GHz unlicensed versus 70 / 80 GHz licensed), site geography for rain fade modeling, and any FCC Part 101 coordination needs. We come back with radio recommendation, dish sizing, link budget, lead time, and pricing.