Power Consumption: Approx 80-250W (depending on PoE load)
Max PoE Devices: 24
Throughput per 2.5G Port: 2.5 Gbps full duplex
Curation Review
✔ Pros:Excellent 2.5G port density at mid-range price; Fanless design offers silent operation and reliability; 600W PoE budget supports modern high-power devices; Integrated into UniFi ecosystem for centralized management; 10G uplink SFP+ ports for aggregation; Low latency and responsive performance; Energy efficient under typical loads
✘ Cons:Limited to L3 (no advanced routing); No stacking support limits scalability for large deployments; 2.5G ports may not justify cost if 1G sufficient for use case; Passive cooling means outdoor/high-temp deployments not recommended; Limited redundancy/HA features compared to enterprise switches; SFP+ modules sold separately
Est. Price:
$699 - $899
Compare Against
Juniper Networks QFX5220-32CD
★ 3.3 Value Score
Technical Specifications
Switching Capacity: 51.2 Tbps
Forwarding Rate: 38.4 billion packets/sec
Ports: 32x 100G QSFP28 (configurable to 10G/25G/40G)
Redundant Power: AC or DC, hot-swappable
Layer: L3 (Full routing, MPLS, BGP)
Stacking Support: Yes, Virtual Chassis (up to 10 units)
Latency: <1 microsecond
Power Consumption: ~4,500W (typical)
Form Factor: 2RU rack-mount
Curation Review
✔ Pros:Industry-leading 51.2 Tbps switching capacity; Port flexibility with configurable 100/40/25/10G speeds; Sub-microsecond latency ideal for high-frequency trading and AI workloads; Virtual Chassis support for simplified management across 10 units; MPLS and advanced routing for enterprise/carrier deployments; Comprehensive in-band telemetry and analytics
✘ Cons:High capital cost ($185K–$325K+) limits adoption for smaller deployments; Complex configuration and CLI learning curve for Junos OS; Limited power-efficient modes for non-maxed-out deployments; Requires skilled operators familiar with JNPR ecosystem; High-speed QSFP28 optics are expensive and prone to compatibility issues; Not ideal for small to mid-market networks; Virtual Chassis adds operational complexity