Mimosa A5c-EF 5 GHz Outdoor Access Point

The Mimosa A5c-EF is a high-performance 5 GHz outdoor wireless access point engineered for long-range point-to-point (PTP) and point-to-multipoint (PTMP) networks. Designed for ISPs, WISPs, and enterprise outdoor deployments, it delivers ultra-low latency, high spectral efficiency, and reliable connectivity in demanding RF environments. With external antenna connectors (EF) and Mimosa’s advanced GPS synchronization, the A5c-EF ensures stable, interference-free links for broadband backhaul, surveillance, and wireless distribution networks.|

KEY FEATURES: 

• 5 GHz Carrier-Class Outdoor AP optimized for PTP and PTMP wireless networks

• Connectorized (EF) design supports high-gain sector, dish, or omni antennas for flexible deployments

• Up to 1.5 Gbps total throughput with advanced MU-MIMO and OFDM technology

• GPS synchronization enables reduced self-interference and higher network density

• Advanced QoS, VLAN, and traffic shaping for optimized bandwidth control

• Integrated spectrum analyzer for real-time RF monitoring and channel planning

• Low-latency performance ideal for VoIP, video surveillance, and broadband services

• Cloud-based Mimosa Network Management for centralized configuration and monitoring

• Rugged IP-rated outdoor enclosure built for extreme weather and long-term reliability

• PoE powered for simple and flexible outdoor installations

SPECIFICATIONS OF Mimosa A5c-EF

PRODUCT DETAILS:

• Brand: Mimosa Networks

• Model: A5c-EF

• Product Type: Outdoor Wireless Access Point (PTP / PTMP)

• Antenna Type: External (EF Connectorized)

• Maximum Throughput: Up to 1.5 Gbps

• Item Weight: 1.75 kg

• Dimensions: 30 × 15.1 × 8.5 cm (H × W × D)

• Mounting: Pole or wall mount

• Enclosure: Outdoor-rated weather-resistant housing

• Color: White, Light Gray

⇒Technical Datasheet 

PERFORMANCE

The Mimosa A5c-EF delivers exceptional wireless performance designed for high-capacity outdoor broadband networks. Powered by advanced GPS-synchronized TDMA and 802.11ac Wave 2 technology, it supports multi-gigabit aggregate throughput and high client density. The integrated sector antenna provides precise beam shaping and superior interference rejection, ensuring reliable point-to-multipoint (PtMP) connectivity even in congested RF environments. With advanced QoS, adaptive modulation, and intelligent spectrum management, the A5c-EF ensures consistent high-speed connectivity for service providers and enterprise wireless deployments.

POWER CONSUMPTION

The Mimosa A5c-EF is designed for energy-efficient outdoor operation and is powered via Passive PoE, making it easy to deploy with minimal infrastructure. Its optimized radio and antenna design ensures high throughput while maintaining low power consumption, reducing overall operational costs for wireless internet service providers (WISPs). This efficient power profile makes it ideal for solar-powered sites, tower installations, and long-term outdoor deployments.

RELIABILITY 

Built for demanding outdoor environments, the Mimosa A5c-EF features a rugged weatherproof enclosure engineered to withstand extreme temperatures, wind, and moisture. It supports a wide operating temperature range and includes advanced surge and ESD protection to safeguard against electrical damage. GPS synchronization and interference mitigation technologies ensure stable, low-latency links even in dense RF conditions, making the A5c-EF a highly reliable choice for mission-critical wireless backhaul and last-mile broadband delivery.

ENERGY EFFICIENCY

The Mimosa A5c-EF combines high-performance wireless technology with a low-power design to maximize energy efficiency. Its intelligent RF optimization ensures power is used only when needed, minimizing waste while maintaining strong signal quality and throughput. This makes the A5c-EF an excellent choice for sustainable wireless deployments where performance and low operating cost are equally important.

APPLICATION AREAS

The Mimosa A5c-EF is ideal for a wide range of outdoor wireless networking applications, including wireless ISPs (WISPs), rural broadband, last-mile internet delivery, enterprise campus connectivity, industrial networks, smart city infrastructure, surveillance backhaul, and public Wi-Fi deployments. It is perfectly suited for connecting multiple client radios across towns, campuses, industrial zones, and remote locations.

CONCLUSION