
Aerohive AP370
High Performance 802.11ac/n Dual-Radio 3x3:3 Access Point
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Overview:
Aerohive Networks AP370 Enterprise access points are where high-performance 802.11ac meets the simplicity of Aerohive’s distributed, cooperative architecture. This power optimized access point line uniquely incorporates next generation 802.11ac, smoothly integrates into your existing 802.3af or 802.3at power and network infrastructure, and provides all the redundancy and power efficiency to set the stage for a future Wi-Fi technologies at the access layer.
The AP370 provides high-performance, dual concurrent 2.4Ghz 802.11n/g/b and 5Ghz 802.11ac/n/a radios which can support legacy 802.11a, b, g and n clients. The AP370s interoperate with the rest of the Aerohive Cooperative Control devices to provide a seamless enterprise-class experience for all connected users.
The AP370 is an enterprise-grade, high performance two radio (3x3) three stream MIMO 802.11ac/n Access Point, targeted at high capacity enterprise environments.
Key Features and Benefits
Cooperative Control
All Aerohive access points are built upon the deep, feature rich HiveOS operating system. HiveOS is the backbone of the Aerohive Cooperative Control architecture, and allows the access points to organize into groups or “hives” that coordinate advanced features such as layer 2, layer 3 roaming, cooperative RF management, security information, and mesh networking without dependency on any backend network. Cooperative Control provides all the benefits of coordinated, next generation Wi-Fi with lower Total Cost of Ownership (TCO), more reliability, more scalability, higher performance, and with a focus smooth, simple transition to future technologies.
Power-Optimized, Future-Proof Upgrades
With the AP370s, Aerohive allows enterprises to integrate 802.11ac into their networks to provide optimal high-density performance, while leveraging legacy power infrastructure or switches if called upon to do so. Leveraging the dual Ethernet ports of the AP370 allows them to be simultaneously connected to two different switches, enabling uninterrupted wireless service during infrastructure upgrades—crucial for today’s mobilefirst enterprises requiring ease of migration without wireless downtime or eliminating forced upgrades to any other part of the network.
Enabling a gradual migration strategy to 802.11ac allows organizations to upgrade in the most painless way possible, while ensuring their networks are equipped to handle high-density mobile usage and employees’ needs for high speed performance.
Integrated Application Priority and Control
By using the robust Quality of Service (QoS) and stateful firewall built into Aerohive access points, the AP370 supports optimizing user application experience on the network. Aerohive access points allow an administrator to create customized user profiles based on context, such as identity of the user, device type, location, and time of day, to prioritize or block applications based on what is critical to that particular user. This user-focused approach ensures every user experience is optimized for mobility
Warranty and Support
Every Aerohive Networks device is backed by a limited lifetime hardware warranty. Extended product and technical support may be purchased separately and can include next day advanced replacement, 24x7 or 8x5 technical support, web and email support access, and software updates. For complete support terms go to www.aerohive.com/support.
Features & Benefits:
Flexible Hardware Platform
- Multiple radios provide concurrent 802.11a/n/ac and 802.11b/g/n connections with no degradation in performance
- Dual Ethernet ports with link aggregation and failover for extra redundancy
- Plenum Rated APs for indoor, office environments
- Supports 802.3af PoE or standard power adapter
- USB interface for future services
- Hardware acceleration for IPsec services Innovative Design
- Low profile design blends well into an office environment
- Feature optimized hardware design
- Low-distraction indicators appear as gently glowing rather than bright blinking lights
Hardware Assisted Features
Security
- Trusted Platform Module (TPM)–Hardware-based key storage and encryption
- Wireless privacy & authentication Wi-Fi CERTIFIED™ WPA™ and WPA2™, 802.11i, WEP, 802.1x, PSK
- Encryption: AES:CCMP, TKIP, and RC4 (WEP only)
- Marking and policing–WMM™ (802.11e) for wireless,
- 802.1p and/or DiffServ
- Wi-Fi CERTIFIED WMM
- WMM power save (U-APSD)
Anti-Theft
- Designed to work with Kensington-style locks
- Tamper-proof security screw (with bracket option)
Specifications:
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Aerohive AP370 Specifications | |
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Radio Specifications—802.11a |
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Radio Specifications—802.11b |
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Radio Specifications—802.11g |
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Radio Specifications—802.11n |
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Radio Specifications—802.11ac |
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Mounting |
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Antennas |
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Interfaces |
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Physical |
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Environmental | Operating: 0 to +40°C, Storage: -20 to +70°C Humidity: 95% |
Environmental Compliance | UL 2043 |
Power Options (sold separately) |
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Power Specification |
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Power & Sensitivity Table:
Power shown is per transmit chain and is a maximum power that the radio is capable of, power limits will be limited by local radio regulations.
2.4GHz | 5GHz | |||
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Rate | TX Power | RX Sensitvity | TX Power | RX Sensitvity |
802.11a | ||||
6 Mbps – 24 Mbps | 20 | -90 | ||
36 Mbps | 18 | -82 | ||
48 Mbps | 16 | -78 | ||
54 Mbps | 15 | -77 | ||
802.11b | ||||
1 Mbps | 21 | -98 | ||
2 Mbps | 21 | -95 | ||
5.5 Mbps | 21 | -94 | ||
11 Mbps | 21 | -91 | ||
802.11g | ||||
6 Mbps – 24 Mbps | 20 | -87 | ||
36 Mbps | 18 | -84 | ||
48 Mbps | 17 | -80 | ||
54 Mbps | 16 | -78 | ||
802.11n HT20 | ||||
MCS 0, 1, 2, 3, 4, 8, 9, 10, 11, 12, 16, 17, 18, 19, 20 | 20 | -89 | 19 | -87 |
MCS 5, 13, 21 | 18 | -77 | 18 | -77 |
MCS 6, 14, 22 | 17 | -74 | 16 | -75 |
MCS 7, 15, 23 | 16 | -74 | 15 | -73 |
2.4GHz | 5GHz | |||
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Rate | TX Power | RX Sensitvity | TX Power | RX Sensitvity |
802.11ac VHT20 | ||||
MCS 0, 1, 2 | 20 | -85 | ||
MCS 3, 4 | 19 | -77 | ||
MCS 5 | 18 | -71 | ||
MCS 6 | 16 | -70 | ||
MCS 7 | 15 | -68 | ||
MCS 8 | 14 | -63 | ||
MCS 9 | N/A | -62 | ||
802.11ac VHT40 | ||||
MCS 0, 1, 2 | 20 | -85 | ||
MCS 3, 4 | 19 | -77 | ||
MCS 5 | 18 | -71 | ||
MCS 6 | 16 | -70 | ||
MCS 7 | 14 | -68 | ||
MCS 8 | 13 | -63 | ||
MCS 9 | 12 | -62 | ||
802.11ac VHT80 | ||||
MCS 0, 1, 2 | 20 | -85 | ||
MCS 3, 4 | 19 | -77 | ||
MCS 5 | 19 | -71 | ||
MCS 6 | 18 | -70 | ||
MCS 7 | N/A | -68 | ||
MCS 8 | 13 | -63 | ||
MCS 9 | 12 | -62 |
RF Coverage Maps:
Compare Access Points:
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AP121 | AP141 | AP330 | AP350 | AP130 | AP230 | AP370 | AP390 | AP170 | AP1130 | |
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Indoor | Indoor Industrial | Indoor | Indoor Industrial | Outdoor | ||||||
Dual Radio 802.11n | Dual Radio 802.11 ac/n | Dual Radio 802.11n | Dual Radio 802.11ac | |||||||
2x2:2 300 Mbps High Power Radios | 3x3:3 450 Mbps High Power Radios | 2x2:2 300 + 867 Mbps High Power Radios | 3x3:3 450 + 1300 Mbps High Power Radios | 2x2:2 300 Mbps 11n High Power Radios | 2x2:2 300 + 867 Mbps 11ac High Power Radios | |||||
TPM Security Chip | ||||||||||
1X Gig.E | 2X Gig.E - 10/100 link aggregation | 1x Gig.E w/PoE | 2x Gig.E w/ link aggregation | 2X Gig E /w PoE Failover | 1X Gig.E | 1X Gig.E | ||||
PoE (802.3af + 802.3at) and AC Power | PoE (802.3at) | |||||||||
Plenum Rated | Plenum/Dust | Plenum Rated | Plenum/Dust Proof | Water Proof (IP 68) | Water Proof (IP 67) | |||||
0 to 40°C | -20 to 55°C | 0 to 40°C | -20 to 55°C | -40 to 55°C | ||||||
USB for future use | USB for 3G/4G Modem | USB for future use | N/A |
Documentation:
Download the Aerohive AP370 Datasheet (.PDF)
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