Atlona AT-UHD-SW-510W Quick reference guide

Atlona Manuals
Switchers
AT-UHD-SW-510W
IT Deployment Guide
Five-Input Universal Matrix Switcher
with Wireless Presentation Link
4K/UHD

AT-UHD-SW-510W
2
Version Release Date Notes
1 12/17 Initial release
2 07/18 Port numbers updated
Version Information

AT-UHD-SW-510W
3
IT Deployment Guide 4
Introduction 4
Networking Terminology 4
Content Capture 5
Product Security 5
System Access Control and Management 5
Wired and Wireless Network Security 6
Network Ports 6
Deployment Modes 7
Basic Switcher Mode 7
Standalone Wireless Access Point / Hotspot Mode 8
Enterprise Network Mode 9
Dedicated Network Mode 13
WiFi Modes 14
Access Point 14
Connect 14
Disabled 14
Firewall Modes 14
Block Private Network 15
Block Internet 15
Block All 16
None 16
Bandwidth Utilization 17
Chromecast™ 17
AirPlay® 18
Miracast™ over Infrastructure 19
Getting the IP Address 20
Table of Contents

AT-UHD-SW-510W
4
IT Deployment Guide
Introduction
Enterprise/Corporate Network
A network which the corporate/company employees
connect to and has access to all the resources of the
company.
Guest Network
A network that is dedicated only for the guests visiting
the company. Typically, guests would be connecting
their endpoints (laptops/tablets/mobile) to the Guest
Network to get Internet access. Users connected to the
Guest Network will not have visibility or access to the
Enterprise Network.
Dedicated Network
In many IT environments, while designing the network, a
network administrator may dedicate a separate physical
or logical network for AV units. This Dedicated Network
may or may not have access to Internet depending on
the network design.
Firewall
A rewall is a device that monitors the incoming and
outgoing network trac and takes a decision whether
to allow or block the trac, based on a dened set of
security rules; it acts as a barrier between trusted and
untrusted networks. The AT-UHD-SW-510W has an built-
in software rewall.
Wireless Access Point
Wireless Access Point (WAP) is a networking device
that creates a Wireless Local Area Network (WLAN)
in an oce or home. WAPs broadcast a Service Set
Identier (SSID) which is used by the wireless endpoints
to connect to the wireless network. In general, a WAP
shares an Ethernet connection with the wired network
(by connecting to a router/switch), providing access
to the entire network. Autonomous Wireless Access
Points (AWAP) were the rst type of access points to
be introduced in the wireless market. They were ideal
for small scale wireless networks and were capable of
supporting up to 10 to 20 clients. Each autonomous
WAP acted as a separate entity and hence had to be
managed individually. In an Enterprise Network, which
spans across multiple oors, managing autonomous
access points is a big challenge for a network
administrator. To overcome this challenge, Wireless LAN
Controllers were introduced.
Lightweight Access Points and Wireless LAN
Controller
The Wireless LAN Controller (WLC) is the device that
helps a network administrator in managing each
Lightweight Access Points (LAP). Lightweight Access
Points are new-generation Access Points which
register themselves with a WLC and depend on WLC
for conguration. The LAP sends all management and
data packets to the WLC, which handle the switching of
packets between wireless endpoints and wired portion
of the network. WLC also handles authentication
and association of the wireless clients. Entire WLAN
conguration is done on the WLC. The LAP downloads
the entire conguration from each WLC and act as a
wireless interface to the wireless clients.
Networking Terminology
The Atlona AT-UHD-SW-510W is a 5×2, multi-format matrix switcher with wireless presentation capability. It provides
universal BYOD (bring your own device) compatibility with HDMI, DisplayPort, and USB-C inputs, plus wireless
connectivity for mobile devices. The SW-510W is HDCP 2.2 compliant, and features matrixed or mirrored HDMI
and HDBaseT outputs. The HDBaseT output is ideal for use with the Atlona AT-UHD-EX-100CE-RX-PSE HDBaseT
receiver, or the AT-HDVS-SC-RX scaling HDBaseT receiver. It also includes automatic input switching and automatic
display control capability, both applicable to wired and wireless source connections. This unique multi-format matrix
switcher and wireless gateway provides a universal connectivity solution for presentation devices in a wide range of
professional AV applications.
The USB-C port on the SW-510W is ideal for newer Mac, Chromebook, and Windows PCs. All inputs and the local
HDMI output are compatible with video signals up to 4K/UHD @ 60 Hz with 4:4:4 chroma sampling, as well as data
rates up to 18 Gbps. For integration convenience and exibility, simultaneous 18 Gbps HDMI and 10 Gbps HDBaseT
outputs make the SW-510W ideal for various presentation scenarios such as primary and condence displays in
a corporate auditorium or lecture hall. The HDBaseT output extends video, audio, control, and Ethernet up to 100
meters. (For AV signals exceeding 10 Gbps, 4K/UHD video will be subsampled to 4:2:0, or HDR metadata removed
for HDBaseT transmission.)

AT-UHD-SW-510W
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IT Deployment Guide
Content Capture
The AT-UHD-SW-510W delivers content using either wired or wireless protocols. Depending upon how the AT-UHD-
SW-510W is integrated on the network, security will vary.
The AT-UHD-SW-510SW can to be congured using the Web GUI or AMS (Atlona Management System). In order to
congure the unit, the user is required to enter a password. If the default password is not changed, then the AT-
UHD-SW-510W will prompt the user that the default password is being used during the login session.
The AT-UHD-SW-510W allows the user to login to the Web GUI using either the HTTP or HTTPS protocol. In
addition, the unit can be congured to restrict the login process to the HTTPS protocol.
The AT-UHD-SW-510W allows user to export and import conguration les and logs. However, all passwords and
security certications will be encrypted.
Physical access to the system via USB keyboard and mouse: It is possible to connect a keyboard and mouse,
directly to the AT-UHD-SW-510W, permitting a user to access the system with minimal security permissions.
However, no major changes can be performed without a security password. The security password is not provided
to any customer. USB ports can be disabled on the AT-UHD-SW-510W (as of rmware 1.1.2 or above), preventing
direct connection of a keyboard or mouse.
API communcation to the unit is allowed mainly for switch and display control. Username, password, or network
changes cannot be performed using the API.
API commands can be sent using Telnet, RS-232, or REST, allowing any or all communication methods to be
disabled.
The AT-UHD-SW-510W provides dierent methods of network deployment, and if it is deployed with Access Point
mode enabled, the WPA2-PSK encryption will be applied to all casting protocols as part of Wi-Fi secure layer.
The AT-UHD-SW-510W also has Connect Mode and Ethernet mode available whereby security protocol depends on
protocol itself, as illustrated in the table above.
Product Security
System Access Control and Management
The AT-UHD-SW-510W is capable of receiving AV content using only the supported casting protocols. Information
is rendered on the local display and played using the analog or digital audio interface. Content is not stored, unless
moderator mode is enabled. If moderator mode is enabled, then the AT-UHD-SW-510W will receive AV streams and
store the rst intraframe (I-frame) and following P-frames for each stream until the new I-frame arrives. Once this
occurs, all previous frames will be removed. The AT-UHD-SW-510W will also generate an image of the I-frame and
will have it available to be called through the API. The concept is to incorporate a method of control which allows the
moderator to decide on which content is to be displayed.
Encryption AES-128 WPA2-PSK None
AirPlay --- ---
Googlecast --- ---
Miracast P2P --- ---
Miracast over Infrastructure --- ---

AT-UHD-SW-510W
6
IT Deployment Guide
Wired and Wireless Network Security
Network Ports
The AT-UHD-SW-510SW supports secure authentication to corporate networks through the use of 802.1x standards
for both Wi and Ethernet. The following 802.1x modes are supported:
• EAP-TLS
• TTLS
• PEAP
For information about using the AT-UHD-SW-510W built-in rewall option, refer to Firewall Modes (page 14).
*These service ports are required in order for Miracast, AirPlay, and Chromecast to function properly.
The following table provides a lists of ports that are required to be open in order to communicate with computer and
mobile devices on the same network.
Port TCP UDP Comments
22 Yes Assigned Secure Shell (SSH)
23 Yes Assigned Telnet
53 Yes Yes Domain Name System (DNS)
68 Assigned Yes Bootstrap Protocol (BOOTP) client / DHCP
80 Yes Assigned Hypertext Transfer Protocol (HTTP)
137 Yes Yes NetBIOS Name Service
138 Assigned Yes NetBIOS Datagram Service
139 Yes Assigned NetBIOS Session Service
443 Yes Assigned Hypertext Transfer Protocol over TLS/SSL (HTTPS)
445 Yes Yes Microsoft-DS (Directory Services)
520 No Yes Routing Information Protocol (RIP)
5350 Assigned Yes Multicast DNS (mDNS)
6000 - 6200 No Yes BYOD Protocol Servers*
7000 Yes No BYOD Protocol Servers*
7100 Yes No BYOD Protocol Servers*
7250 Yes No BYOD Protocol Servers*
47000 Yes No BYOD Protocol Servers*

AT-UHD-SW-510W
7
The AT-UHD-SW-510W can be deployed in the following modes:
1. Basic Switcher Mode (page 7)
2. Standalone Wireless Access Point / Hotspot Mode (page 8)
3. Enterprise Network Mode (page 9)
Enterprise mode can be congured in the following variations:
a. Wired Mode
b. Wireless Mode
c. Wired plus Guest Wireless Mode
d. Wired plus Wireless with dierent subnets
4. Dedicated Network Mode (page 13)
a. Dedicated mode - wired + enterprise mode - wireless
The AT-UHD-SW-510W can be deployed in “standalone” scenario, where the organization doesn’t want to use either
network or the wireless BYOD mirroring capabilities of the AT-UHD-SW-510W. In this conguration, the AT-UHD-SW-
510W is used as a basic switcher. Refer to Figure 1, below.
To boot the AT-UHD-SW-510W in this mode, disconnect the Ethernet cable and wireless USB antennas from the unit
and connect the power supply. The unit will boot normally and will continue to act as a 4-input, 1-output switcher.
Deployment Modes
Basic Switcher Mode
NOTE: In this mode, if the conguration must be changed then it should only be done through
RS-232.
Figure 1 - Basic Switcher Mode (no network)
LAN DC24V
HDBaseTOUT
HDMIOUTHDMIIN
DPIN
USB-CIN
23 4
1
RELAY RS-232
TRIGGERI/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
Blu-ray Player
Media Player
DisplayPort
HDMI HDMI
AT-UHD-SW-510W
USB-C
Laptop
Laptop
tv
UHD/HD Display
IT Deployment Guide

AT-UHD-SW-510W
8
IT Deployment Guide
In this mode, the AT-UHD-SW-510W will act as a Standalone Wireless Access Point (WAP) and doesn’t have to be
physically connected to either the Enterprise or Guest Network. Wireless clients (laptop/tablet/smartphone) can
connect to the SSID of the unit and cast their screen, wirelessly.
Users connected to the WAP will not have access to the Internet. Both the wireless SSID and password can be
changed through the web GUI of the AT-UHD-SW-510W.
To change the conguration of the AT-UHD-SW-510W in WAP/Hotspot mode, a wireless client connected to the WAP
can access the unit using the WAP IP address of the AT-UHD-SW-510W.
Standalone Wireless Access Point / Hotspot Mode
LAN DC 24V
HDBaseT OUT
HDMI OUTHDMI IN
DP IN
USB-C IN
23 4
1
RELAY RS-232
TRIGGER I/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
UHD/HD Display
Blu-ray Player
Media Player
DisplayPort
HDMI HDMI
AT-UHD-SW-510W
USB-C
Laptop
Laptop
tv
Tablet
(wireless BYOD)
Figure 2 - Standalone Wireless Access Point / Hotspot Mode

AT-UHD-SW-510W
9
The AT-UHD-SW-510W can be integrated into the existing Enterprise Network / Guest Network by connecting the
AT-UHD-SW-510W through Ethernet or Wireless (in some cases using both) on the unit. In this mode, users that are
connected to the Enterprise Network / Guest Network will be able to share their screen content.
The following are variations of Enterprise mode.
Wired Mode
In this mode, the AT-UHD-SW-510W will be connected to the Enterprise Network through the Ethernet interface
present on the unit. The AT-UHD-SW-510W will be assigned an IP address by the DHCP server (if available).
Since the unit is connected to the Enterprise Network, all the users connected to the same network will be able to
discover the unit during the screen casting process.
To change the IP conguration of the AT-UHD-SW-510W, open the desired web browser and enter the IP address of
the AT-UHD-SW-510W. Refer to Getting the IP Address (page 20) for information on obtaining the IP address.
Enterprise Network Mode
IT Deployment Guide
LAN DC24V
HDBaseTOUT
HDMIOUTHDMIIN
DPIN
USB-CIN
23 4
1
RELAY RS-232
TRIGGERI/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
AT-UHD-SW-510W
Tablet
(wireless BYOD)
Laptop
Enterprise
Wireless Access Point (WAP)
Ethernet
HDMI
Ethernet
Ethernet
Network Switch
UHD/HD Display
Figure 3 - Wired mode
NOTE: In this mode, the AT-UHD-SW-510W no longer functions as a Access Point. Instead, clients
connect to the Enterprise Wireless Access Point. Although not specically used in this scenario,
both antenna modules should remain connected to the AT-UHD-SW-510W and will not interfere with
the Enterprise Wireless Access Point. The antenna modules are necessary when using Connect
Mode, Access Point Mode, and Miracast, should the unit need to be congured to any of these
modes.

AT-UHD-SW-510W
10
Wireless Mode
In this mode, the AT-UHD-SW-510W will be connected to the Enterprise Network through the Wireless interface,
present on the unit. The Ethernet interface on the unit will not be connected to the network.
To enable this mode, the AT-UHD-SW-510W must already be connected to a network using the Ethernet interface.
1. Login into the web GUI of the AT-UHD-SW-510W. Refer to the User Manual for more information on the login
procedure.
2. In the web GUI, click Administration > Networking from the menu bar on the left.
3. Under the Wi tab, select Connect from the Mode drop-down list.
5. Click the Pick button.
6. Select the SSID from the list of nearby SSIDs and enter the password.
In this mode, the unit is acting as a Wireless Client and will connect to the nearby Enterprise Wireless Access Point.
All the users connected to the Enterprise Wireless Network will be able to discover the unit and cast their screen.
IT Deployment Guide
AT-UHD-SW-510W
Network Switch
Tablet
(wireless BYOD)
Laptop
Wireless Access Point (WAP)
Ethernet
LAN DC 24V
HDBaseT OUT
HDMI OUTHDMI IN
DP IN
USB-C IN
23 4
1
RELAY RS-232
TRIGGER I/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
Figure 4 - Wireless Mode

AT-UHD-SW-510W
11
IT Deployment Guide
Wired plus Guest Wireless Mode
To congure environments where both company employees and guests require access, use the Ethernet interface for
employees and the wireless network for guests or employees who want to use Miracast™ to mirror their screen.
In order to congure the AT-UHD-SW-510W to operate in this mode, connect the Ethernet interface of the AT-UHD-
SW-510W to the Enterprise Network and enable WAP.
Enabling both WAP with the Ethernet interface, provides a bridge between these two networks. If the network,
connected to the Ethernet of the unit, has Internet access, then this will also allow Internet access to guests.
The AT-UHD-SW-510W rewall can be used to block Internet access to guest users. Refer to the Firewall Modes
(page 14) section of this guide for more information.
LAN DC24V
HDBaseTOUT
HDMIOUTHDMIIN
DPIN
USB-CIN
23 4
1
RELAY RS-232
TRIGGERI/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
Laptop
Wireless Access Point (WAP)
Ethernet
Ethernet
Network Switch
Blu-ray Player
Media Player
DisplayPort
HDMI Ethernet
AT-UHD-SW-510W
USB-C
Laptop
Laptop
tv
Tablet
(BYOD)
Tablet
(wireless BYOD)
UHD/HD Display
HDMI
AT-UHD-SW-510W Wireless (Guest Network)
Enterprise Wireless
Figure 5 - Wired plus Guest Wireless Mode

AT-UHD-SW-510W
12
IT Deployment Guide
Wired plus Wireless with dierent subnets
All the above-mentioned scenarios work well, if both wired network and wireless network are in the same network/
subnet. But there could be cases where the wired network might be using a dierent IP addressing scheme when
compared to the wireless network.
The biggest challenge in this type of environment is the discovery of the unit from a dierent wireless network.
Wireless casting, like AirPlay®, uses a two-step procedure to communicate with the clients:
1. To discover the unit using DNS-SD (DNS - Service Discovery) / Bonjour and after successful discovery, it will use
normal UDP unicast for communication purpose.
2. Since Bonjour / DNS-SD uses a local multicast IP address of 224.0.0.251, it can only work within a single VLAN
and cannot propagate between multiple VLANs.
To make the Bonjour/DNS-SD to ow between multiple VLANs, we need to either have multicast routing enabled on
the network or have a Wireless LAN Controller (for wireless) that can handle the multicast routing.
For more information on how to congure your Wireless LAN Controller (WLC) to support multicast routing, refer to
the following link:
Wireless LAN Apple Bonjour Deployment Guide
Another method is to create an Avahi Reector. The Avahi Reector can be used in the environments where there
is no WLC. The Avahi Reector functions like a bridge between 2 VLANs and helps the unit discover the end points
present on a dierent network. For more information, refer to the following link:
Avahi Gateway Setup
LAN DC24V
HDBaseTOUT
HDMIOUTHDMIIN
DPIN
USB-CIN
23 4
1
RELAY RS-232
TRIGGERI/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
Wireless Access Point (WAP)
Ethernet
Ethernet
Ethernet
AT-UHD-SW-510W
Laptop
Laptop
Ethernet
Ethernet
Enterprise
Network Switch 1
(wired network)
Enterprise
Network Switch 2
(wireless network)
Network Switch 2
(WAP forwards
multcast traffic to WLC)
WLC / Avahi
bridges multicast traffic
WLC /
Avahi Gateway
Figure 6 - Wired Mode plus Wireless with dierent subnets

AT-UHD-SW-510W
13
IT Deployment Guide
In some environments, an IT administrator may want to dedicate a separate physical switch or logical Virtual LAN
congurations for all their AV units. The AT-UHD-SW-510 can be integrated with this Dedicated Network either
through Ethernet or a wireless connection (similar to Enterprise modes).
Wired Mode plus Wireless
If the Dedicated Network is only being used for managing the unit, then in order for company users to cast their
screen, connect the AT-UHD-SW-510W to the Wireless SSID of the company. All the users connected to the
company Wireless SSID will be able to discover the unit and cast their screen.
Dedicated Network Mode
LAN DC 24V
HDBaseT OUT
HDMI OUTHDMI IN
DP IN
USB-C IN
23 4
1
RELAY RS-232
TRIGGER I/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
AT-UHD-SW-510W
Tablet
(wireless BYOD)
Laptop
Wireless Access Point (WAP)
Ethernet
Ethernet
Ethernet
Dedicated
Network Switch
Network Switch
AT-UHD-SW-510W Wireless
Enterprise Network
Figure 7 - Wired Mode plus Wireless

AT-UHD-SW-510W
14
IT Deployment Guide
WiFi Modes
Firewall Modes
The AT-UHD-SW-510W has three WiFi modes: Access Point, Connect, and Disabled. To set the WiFi mode, access
the web GUI, then go to Administration > Networking > Wi. Refer to the User Manual for more information.
When Access Point is selected from the Wi Mode drop-down list, a Firewall drop-down list becomes available.
This allows control of incoming and outgoing network trac. The AT-UHD-SW-510W provides the following rewall
modes: Block Private Network, Block Internet, Block All, and None.
The following illustration is an example scenario and can be referenced for each rewall mode, beginning on the next
page.
Select this option to congure the AT-UHD-SW-510W as a Wireless Access Point, allowing other wireless devices to
connect to the same wired network as the AT-UHD-SW-510W.
Select this option to allow the AT-UHD-SW-510W to connect to an available wireless network.
Select this option to disable WiFi on the AT-UHD-SW-510W.
Figure 1 - Example scenario
Access Point
Connect
Disabled
LAN DC 24V
HDBaseT OUT
HDMI OUTHDMI IN
DP IN
USB-C IN
23 4
1
RELAY RS-232
TRIGGER I/O
MIRACAST
WiFi AUX
AUDIO
OUT
LR
IN
USB
+
C1 COM C2
RXP TX
+
+
USB
USB
USB
AT-UHD-SW-510W
(WAP = 192.168.43.1, 255.255.255.0)
(Ethernet = 10.20.50.34, 255.255.255.0)
Enterprise Network
(10.20.50.x, 255.255.255.0)
Laptop #2
Macbook
(192.168.43.109)
Laptop #3
WIndows PC
(10.20.50.63)
Laptop #1
Windows PC
(192.168.43.161)
Ethernet Ethernet

AT-UHD-SW-510W
15
Applied to Figure 1 (page 12):
Applied to Figure 1 (page 12):
• Clients connected to the AT-UHD-SW-510W WAP, will have access to the clients present on the same private
network.
• Clients connected to the AT-UHD-SW-510W WAP WAP do not have access to the clients present on the dierent
private network (same network as the Ethernet interface).
• Clients connected to the AT-UHD-SW-510W WAP WAP have access to the Internet.
- Laptop #1 and Laptop #2 can reach one another (same private network).
- Laptop #1 and Laptop #2 cannot reach Laptop #3 (dierent private network access is blocked).
- Laptop #1 and Laptop #2 have Internet access.
Block Private Network
Select this option to block the connected devices from accessing dierent private networks. It should be noted that
this mode does not restrict access within the AT-UHD-SW-510W private network.
IT Deployment Guide
Select this option to block Internet access (Google, YouTube, etc).
• Clients connected to the AT-UHD-SW-510W WAP do not have access to the Internet.
• Clients connected to the AT-UHD-SW-510W WAP, have access to the clients present on the same private
network.
• Clients connected to the AT-UHD-SW-510W WAP, have access to the clients that are present on the dierent
private network (same network as Ethernet interface).
- Laptop #1 and Laptop #2 do not have Internet access.
- Laptop #1 and Laptop #2 can reach one another (same private network).
- Laptop #1 and Laptop #2 can reach Laptop #3 (dierent private network access is allowed).
Block Internet

AT-UHD-SW-510W
16
Select this option to disable the rewall on the AT-UHD-SW-510W. All incoming and outgoing trac is permitted.
• All available networks are reachable.
• Clients connected to the AT-UHD-SW-510W WAP, have access to clients that are connected to the same private
network.
• Clients connected to the AT-UHD-SW-510W WAP, have access to clients that are connected to the a dierent
private network (same network as Ethernet interface).
• Clients connected to the AT-UHD-SW-510W WAP have Internet access.
- Laptop #1 and Laptop #2 can reach one another (same private network).
- Laptop #1 and Laptop #2 can reach Laptop #3 (dierent bridged private network).
- Laptop #1 and Laptop #2 have access to the Internet (private to public network).
None
IT Deployment Guide
Applied to Figure 1 (page 12):
• Clients connected to the AT-UHD-SW-510W WAP have access to the clients present on the same private
network.
• Clients connected to the AT-UHD-SW-510W WAP do not have access to the clients present on dierent private
networks (same network as Ethernet interface).
• Clients connected to the AT-UHD-SW-510W WAP do not have access to the Internet.
- Laptop #1 and Laptop #2 can reach one another (same private network).
- Laptop #1 and Laptop #2 cannot reach Laptop #3 (dierent private network access is blocked).
- Laptop #1 and Laptop #2 do not have Internet access.
Block All
Select this option to block access to all networks.
NOTE: Selecting this option does not prevent access to the AT-UHD-SW-510W and can be
accessed using 192.168.43.1 and 10.20.50.34, as shown in the example illustration (Figure 1),
on page 9. 192.168.43.1 is the gateway WAP IP Address and 10.20.50.34 is the IP address that the
unit received from the DHCP server, on the Enterprise Network.
Applied to Figure 1 (page 12):

AT-UHD-SW-510W
17
IT Deployment Guide
Bandwidth Utilization
The data below, provides information on bandwidth utilization, based on the casting protocol being used. Both
video and document content was used as metrics. Note that these values may vary, depending upon the network
environment.
Chromecast™
• Maximum bandwidth consumption: ~ 6.607 Mbps
• Maximum bandwidth consumption: ~ 2.628 Mbps
Video Content (1920 x 1080p @ 59.94 Hz / 60 Hz)
Document (with random scrolling)

AT-UHD-SW-510W
18
IT Deployment Guide
AirPlay®
• Maximum bandwidth consumption: ~ 10.949 Mbps
• Maximum bandwidth consumption: ~ 2.512 Mbps
Video Content (1920 x 1080p @ 59.94 Hz / 60 Hz)
Document (with random scrolling)

AT-UHD-SW-510W
19
IT Deployment Guide
Miracast™ over Infrastructure
• Maximum bandwidth consumption: ~ 14.709 Mbps
• Maximum bandwidth consumption: ~ 9.539 Mbps
Video Content (1920 x 1080p @ 59.94 Hz / 60 Hz)
Document (with random scrolling)
NOTE: Miracast P2P uses WiFi Direct and does not use the existing network resources.
For more information on Miracast, refer to the following link: Miracast over Infrastructure

AT-UHD-SW-510W
20
1. Make sure the AT-UHD-SW-510W is powered.
2. Insert a USB drive into the AUX port of the AT-UHD-SW-510W.
3. Wait approximately 10 seconds.
4. Remove the USB drive from the AUX port insert the drive into an available USB port on a computer.
5. Two les will be present on the USB drive. One le is formatted for Windows and the other is formatted for Linux.
Windows: AtlonaReport-Win-GWB-20170821200241.txt
Linux: AtlonaReport-Unix-GWB-20170821200241.txt
6. Double-click the desired le to open it. Information, similar to the following, will be displayed:
Ethernet #1
IP : 192.168.41.68
MAC : B8:98:B0:05:7E:73
Ethernet #2
IP : 169.254.7.58
MAC : B8:98:B0:05:7E:72
7. The IP address of the AT-UHD-SW-510W is listed under Ethernet #1.
Getting the IP Address
IT Deployment Guide