| RUCKUS AP H670 |
Key features
introduced in the release:
- BeamFlex+® Adaptive Antennas: The RUCKUS®
H670 uses BeamFlex+® adaptive antennas to dynamically select
from over 4,000 antenna patterns, optimizing signal paths for
each client to deliver stronger connections, improved
coverage, and reduced radio frequency interference.
- Wi-Fi 7
Performance: Tri-band concurrent AP with 6 spatial
streams and up to 9.34
Gbps aggregate data rate.
- Advanced
Wi-Fi Features: Supports:
- Multi-Link Operation (MLO) for simultaneous
multi-band transmission.
- Preamble Puncturing to improve spectrum
efficiency in congested environments.
- 4K
QAM for higher data throughput.
- 320
MHz channels to maximize capacity and
performance.
Wall-mounted Design: Ideal for hospitality, MDUs,
student housing, and in-room enterprise deployments.
- Converged
Wired and Wireless Access: Features a 5 GbE
uplink for high-speed backhaul and four 2.5
GbE Ethernet ports, including two
PoE-enabled ports, to power and connect in-room
devices such as IP address phones, cameras, and IoT
endpoints.
- Integrated IoT Connectivity: Includes dual
concurrent BLE and Zigbee radios to seamlessly
connect smart locks, sensors, and building automation
systems, enabling scalable and cost-effective IoT
deployments.
- Enterprise-grade Security: Built with TPM 2.0
and Secure Boot to protect device integrity, secure
credentials, and prevent unauthorized firmware or software
modifications at the network edge.
-
AI-driven Operations: Powered by RUCKUS ONE™ with AI-driven analytics and IntentAI™ automation to proactively detect
issues, optimize performance, and simplify day-to-day
network operations.
-
Advanced RF Optimization: Uses BeamFlex+, SmartMesh™, SmartRoam™, and ChannelFly® to dynamically optimize coverage,
reduce interference, and deliver consistent performance
in high-density environments.
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| RUCKUS AP R676sn |
Key features
introduced in the release:
- Deployment Flexibility: Software-defined sector
coverage allows the AP to adapt to different environments by
dynamically adjusting beam width for high-density or
wide-area coverage.
- Optimized
Performance: Precise antenna control minimizes
interference and maximizes signal strength, delivering
improved connectivity and higher data rates.
- Simplified Network Planning: Programmable sector
antennas reduce the need for multiple APs with fixed
patterns, lowering hardware costs and simplifying
design.
- Dynamic
Adaptation: Antenna patterns can be remotely
reconfigured to meet changing network demands without
physical adjustments.
- Enhanced
Spectral Efficiency: Targeted radio frequency energy
improves spectrum utilization, reduces co-channel
interference, and increases overall network capacity.
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