Siklu
Claim Siklu's profile
Manage how buyers and AI agents see Siklu on Decision Insights — correct facts, add context, and see how you're being discovered.
Siklu appears across 1 article on Decision Insights, most recently in coverage of Dell'Oro Group projects microwave transmission market to grow in 2026 (Dec 2025).
Who is Siklu?
Siklu is a telecommunications vendor that develops Millimeter Wave (mmWave) wireless backhaul and access systems for gigabit-grade connectivity in urban and enterprise networks.
- mmWave wireless backhaul and fronthaul systems for mobile operators and service providers (network infrastructure).
- Fixed wireless access platforms for multi-gigabit last-mile connectivity to businesses and multi-dwelling units (broadband access).
- Point-to-point and point-to-multipoint radios operating in the 60, 70/80 GHz bands for dense urban deployments (wireless transport).
- Wireless connectivity solutions for video surveillance networks, smart cities, and municipal infrastructure (IoT and public-safety networking).
- Network planning, management, and monitoring software for deploying and operating Siklu links at scale (network operations).
Show more
More About Siklu
Siklu focuses on mmWave wireless systems that deliver gigabit and multi-gigabit data rates for backhaul and access use cases in dense environments such as cities, campuses, and industrial sites. Its radios typically operate in the license-exempt or lightly licensed 60 GHz and 70/80 GHz (E-band) spectrum, which supports high-throughput, low-latency links over short to medium distances with narrow beamwidths that help reduce interference in congested areas.
The company’s point-to-point and point-to-multipoint solutions are used by communications service providers, wireless Internet Service Providers (ISP), municipalities, and enterprises that require fiber-like throughput without trenching or leasing fiber infrastructure. In enterprise and campus settings, Siklu systems are deployed for building-to-building connectivity, data center interconnects, and redundancy links, while municipal and public-safety users employ the technology to connect high-resolution video surveillance cameras, traffic systems, and smart city devices.
Siklu products fit within the broader categories of wireless backhaul, fixed wireless access, and metro edge connectivity. Architecturally, they are commonly integrated into IP/MPLS or Ethernet-based networks, with radios providing Layer 2 transport that ties into switches, routers, and aggregation platforms. The equipment supports standard Ethernet interfaces and is typically managed through browser-based or centralized network management software, aligning with standard network operations workflows in service provider and enterprise environments.
From a technology perspective, Siklu leverages characteristics of the mmWave bands, such as wide channel bandwidth and highly directional antennas, to deliver high capacity links with spatial reuse in dense deployments. These properties make the solutions relevant for 4G/5G small cell backhaul, fixed wireless broadband to multi-dwelling units and business premises, and rapid extension of existing fiber networks. Compared with lower-frequency microwave or sub-6 GHz systems, Siklu’s mmWave offerings trade longer range and non-line-of-sight capabilities for higher throughput in line-of-sight conditions.
In an enterprise and institutional context, Siklu equipment is evaluated alongside other wireless transport and access options, including fiber, microwave, and sub-6 GHz fixed wireless. Selection criteria usually include available spectrum, required capacity, link distance, line-of-sight constraints, deployment timelines, and Total Cost of Ownership (TCO). Within a directory or marketplace taxonomy, Siklu aligns with categories such as wireless backhaul (network infrastructure), fixed wireless access (connectivity services), and smart city networking (IoT and video surveillance transport), providing infrastructure components that network planners can integrate into broader multi-vendor architectures.