Edimax HP-5102AC User manual

500Mbps Nano PowerLine Adapter
with Integrated Power Socket
Transmit Network Data via Existing Electrical Wires
The Edimax HP-5102AC can transform the existing electrical wires in your home or office into a high-speed
network. Complicated, disruptive and unsightly cabling is no longer necessary - if your home or office doesn’t
have an existing Ethernet cable infrastructure, the HP-5102AC enables you to create a network environment
easily and cost-effectively.
Integrated Power Socket with Noise Filter
With the Edimax HP-5102AC, no electrical outlet goes to waste. It is built with an integrated power socket,
which you can use with any electrical device. So even when the HP-5102AC is plugged into a socket, you can
still plug another electrical device into the HP-5102AC and have your usual socket capacity. The in-built noise
filter also ensures that you do not experience a sudden drop of network speed when a high power consuming
electrical device is being used.
500Mbps HomePlug AV Standard & IGMP Support
The Edimax HP-5102AC not only complies with the HomePlug AV standard but also supports IGMP managed
multicast streams. The HP-5102AC can transmit network data over existing electrical wires at speeds of up to
500Mbps. It is also backward compatible with the 200Mbps HomePlug AV standard and has a transmission
range of up to 300 meters. IGMP can be used for online gaming and video streaming applications, and allows
for more efficient use of network resources. With the HP-5102AC, you can transfer high-definition video and
digital audio quickly and easily.
Key Features:
•Easy plug-n-play setup and 128 bit AES security
•Maximum powerline speed of 500Mbps
•Backward compatible with 200Mbps powerline adapters
•Features energy saving mode to reduce power consumption
•Utilizes existing electrical wires to transmit network data
•Powerline transmission range up to 300 meters
•Integrated power socket with noise filter
HP-5102AC
www.edimax.com
Copyright © 2012 Edimax Technology Co. Ltd. All rights reserved. Maximum performance, actual data rates, and coverage will vary depending on network
conditions and environmental factors. Product specifications and design are subject to change without notice.

FEATURES & TECHNICAL SPECIFICATIONS
Hardware Standards Effect Data Rate
1 x Power jack
1 x Power socket
1 x 10/100Mbps Ethernet LAN port
1 x Group/Reset button
LED indicators: power, Ethernet, powerline
IEEE 1901
IEEE 802.3
IEEE 802.3u
HomePlug AC compliant
TCP: Up to 95 Mbps effective throughput
UDP: Up to 95 Mbps effective throughput
Frequency Band Modulation Schemes Operating Range
2-28MHz (with Mask) OFDM symbol modulation on line
synchronization 1024/256/64/16/8-QAM,
QPSK, BPSK, ROBO modulation
Up to 300 meters
QoS Nodes IGMP
4 levels priority based contention access,
and multi segment bursting
8 levels VLAN priority field, TOS field
QoS Classification by destination MAC
address and IP port
Up to 15 slaves with 1 master, 16 total
devices
Max 8 bridged devices per station
Support for IPv4/IGMPv1,v2,v3 snooping
Support for IPv6 and MLDv1, v2 snooping
Max 16 source addresses and group
members
IC / Memory Security Temperature & Humidity
AR7420+1540
1MB Flash
8MB SDRAM
128-bit AES link encryption with key
management
0-45 degrees Celsius
10-90% (non-condensing)
Power Outlet Dimensions & Weight Power Consumption
Line Voltage: 100 to 240VAC
Noise Filter Insertion Loss: Up to 35dB at
1MHz –40MHz
102 x 64 x 43mm
184g
4W
Power Source Certification
100-240V AC, 50-60Hz CE, FCC, LVD
www.edimax.com
500Mbps Nano PowerLine Adapter
with Integrated Power Socket
HP-5102AC
Copyright © 2012 Edimax Technology Co. Ltd. All rights reserved. Maximum performance, actual data rates, and coverage will vary depending on network
conditions and environmental factors. Product specifications and design are subject to change without notice.
NETWORK SETUP DIAGRAM
•Plug a HP-5102AC into a power outlet and connect it to a broadband
router.
•Plug another HP-5102AC to a power outlet and connect it to a
computer's Ethernet port to establish a powerline connection.