Plura SFP-H Series User manual

Operating
Instructions
SFP-H & SFP-H-7 “Hybrid” Series with
PIPM-R-7 module.
SFP-H & SFP-H-7 Series
SFP-317-H / 317-H-7
SFP-321-H / 321-H-7
SFP-324-H / 324-H-7
SFP-332-H / 332-H-7
SFP-347-H / 347-H-7
SFP-355-H / 355-H-7
SFP-365-H / 365-H-7
SFP-384-H / 384-H-7

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
2 of 26
1. OVERVIEW------------------------------------------------------------------------------------------------4
2. GENERAL FEATURES -------------------------------------------------------------------------------------4
3. WORKFLOW DIAGRAM AND I/O CONNECTIONS ----------------------------------------------------4
1) WORKFLOW DIAGRAM-----------------------------------------------------------------------------------4
SFP-324-H-7 -----------------------------------------------------------------------------------------4
Front Keypad-----------------------------------------------------------------------------------------5
Front Keypad Operations ---------------------------------------------------------------------------5
2) I/O & CONNECTIVITY -------------------------------------------------------------------------------------6
I/O Details -------------------------------------------------------------------------------------------6
Connectivity------------------------------------------------------------------------------------------7
4. INSTALLATION OVERVIEW -----------------------------------------------------------------------------8
1) INITIAL SETUP BY WEB BROWSER------------------------------------------------------------------------8
2) LAN CONNECTIONS -------------------------------------------------------------------------------------8
3) SETTINGS ----------------------------------------------------------------------------------------------8
5. WEB CONFIGURATION & INTERFACE -----------------------------------------------------------------8
1) OVERVIEW ---------------------------------------------------------------------------------------------8
2) REMOTE CONTROL OVERVIEW----------------------------------------------------------------------------8
Networking Option using Media LAN Port --------------------------------------------------------8
3) WEB BROWSER VIA ETHERNET ---------------------------------------------------------------------------9
General Screen Information -------------------------------------------------------------------------9
Menu Panel ------------------------------------------------------------------------------------------9
Alarms Panel -----------------------------------------------------------------------------------------9
Connections Panel -----------------------------------------------------------------------------------9
Network Panel ---------------------------------------------------------------------------------------9
Parameters and Information ------------------------------------------------------------------------9
Dynamic Controls---------------------------------------------------------------------------------- 10
4) STATUS PAGE----------------------------------------------------------------------------------------- 10
5) CONFIG SCREEN SECTION ----------------------------------------------------------------------------- 11
System Name -------------------------------------------------------------------------------------- 12
User Authentication ------------------------------------------------------------------------------- 12
Identify LED ---------------------------------------------------------------------------------------- 12
UPnP Host ----------------------------------------------------------------------------------------- 12
IGMP Version -------------------------------------------------------------------------------------- 12

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
3 of 26
System Modes ------------------------------------------------------------------------------------- 12
Video Clock Mode--------------------------------------------------------------------------------- 14
PTP Domain---------------------------------------------------------------------------------------- 14
PTP Preferred Grandmaster ID -------------------------------------------------------------------- 15
PTP Grand Master Capable ----------------------------------------------------------------------- 15
Packet Buffer Window Size (ms) ------------------------------------------------------------------ 15
Packet Protection Mode--------------------------------------------------------------------------- 16
Hitless Window Size (ms) ------------------------------------------------------------------------- 16
Frame Sync Mode --------------------------------------------------------------------------------- 16
Audio Rate Converter Mode ---------------------------------------------------------------------- 16
Input Stream Selection ---------------------------------------------------------------------------- 16
Video Signal Generator --------------------------------------------------------------------------- 18
Video Test Pattern Format ------------------------------------------------------------------------ 19
Audio Signal Generator --------------------------------------------------------------------------- 19
Audio Delay ---------------------------------------------------------------------------------------- 20
NMOS Enable -------------------------------------------------------------------------------------- 20
Ember+ Enable ------------------------------------------------------------------------------------ 20
Enable/Disable Video------------------------------------------------------------------------------ 20
Enable/Disable Audio ----------------------------------------------------------------------------- 20
6) PRESETS SCREEN SECTION----------------------------------------------------------------------------- 20
Presets Screen Controls --------------------------------------------------------------------------- 21
7) NETWORK SCREEN ------------------------------------------------------------------------------------ 22
8) FIRMWARE SCREEN SECTION--------------------------------------------------------------------------- 25
Downloading and Installing Updated Firmware ------------------------------------------------- 25

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
4 of 26
1. OVERVIEW
Plura PIPM-R-7 is Plura optional IP Platform which supports 3G SMPTE ST 2110 signals across dual 10 GigE,
features 2x 10 GbE SFP+ cages complying with SMPTE ST 2022-7, providing redundancy protection for
critical distribution and monitoring applications “hitless switching”
2. GENERAL FEATURES
SMPTE ST 2110 audio, video receiver including support for ST 2022-7
SMPTE 2110-10, 2110-20, 2110-30
2x 10 GigE SFP+ cages for media LAN with status light
1x 1 GigE RJ45 socket for control LAN with status light
Complete control interface on any web browser from a built-in web server
Customizable control with API
Control supported over dedicated management Ethernet port and in-band over media ports
NMOS Rx discovery and control according to standards IS-04 v1.3 and IS-05 v1.1
Ember+ control (no discovery, control only)
API control (discovery via SSDP or MDNS)
Support for HD up to 1080 60p, YCbCr 4:2:2
Concealment of errors due to packet loss
Full 10-bit pixel processing pipeline
Embedded SDI audio output (up to eight channels)
3. Workflow Diagram and I/O Connections
1) Workflow Diagram
SFP-324-H-7

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
5 of 26
Front Keypad
How to select and display the PIPM-R-7 IP stream when PIPM-R-7 is installed inside SFP-H or SFP-H-7 unit.
►Select PIPM as Input channel and then select Main or SUB as Output channel.
Front Keypad Operations
Key Name
Operation
STANDBY
►Power ON/OFF Button. This button is operated after being pressed about 3 seconds.
INPUT
SFP1/SFP2/SDI/PIPM
►SFP Modules Input CH selected.
►Channels in the input signal, the key led light.
►Select PIPM as Input channel when PIPM-R-7 is installed
OUTPUT
SFP1/SFP2/SDI/AUX/
MAIN/SUB
►SFP Modules Output CH selected.
ALL
►SFP Modules ALL Output CH selected.
FUNCTION
F1/F2/F3
►Executes functions of user selected.
UNDEF, Aspect, Mono/Blue only, Audio Channel, Safety area marker, Time code,
Analog Caption, Audio mute, Still image, Zoom, Flip, Gamma select, PIP func & Input,
Sub win full, Sub win part
SEL/INPUT
►Activates OSD menu of input source selecting.
►Changes input source by selecting.
►Executes functions (by OSD help commands) in main OSD menu.
►Activates child menu.
MENU
►Activates main OSD menu.
►Navigates higher menu in main OSD menu.
►Exits OSD menu.
Adjust
►Adjust Picture Menu(Brightness -> Contrast -> Color -> Sharpness->Phase & Tint)
►Turn Right (with „UP' button is same)
►Turn Left (with „DOWN' button is same)

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
6 of 26
2) I/O & Connectivity
I/O Details
PIPM-R-7 LED
LED Status and Behavior
CONTROL LAN
►Illuminates to indicate a link, when blinking indicates activity.
READY LED
►Illuminates GREEN when the PIPM-R-7 module has finished powering up and is ready
for operation.
LOCK LED
►When OFF – No PTP is detected
►When RED – A PTP error is detected
►When YELLOW / FLASHING – Locking Phase 1
►When YELLOW – Locking Phase 2
►When GREEN / FLASHING – Locking Phase 3
►When GREEN – Signal is Locked
Achieving locked status may take up to 5+ minutes depending on network jitter. The
PIPM-R-7 will continue to function normally during the locking period.
LINK/ACT LED 1 & 2
►When OFF – No SFP+ module present
►When RED – SFP+ present but NO link is detected
►When GREEN / FLASHING – Link is detected and there is TX or RX activity
►When GREEN – Link is detected

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
7 of 26
Connectivity
PIPM-R-7 In
OPS 8p Connector

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
8 of 26
4. INSTALLATION OVERVIEW
1) Initial Setup by Web Browser
PIPM-R-7 require a network connection for initial configuration, control and firmware updates. The PIPM-
R-7 are shipped from the factory with static IP address 192.168.0.111.
Initial setup by using web browser on the host computer connected to the same network as the PIPM-R-
7. We recommend Chrome and Firefox browsers for control on windows. Safari for control on macOS.
2) LAN Connections
Three LAN connections to the PIPM-R-7 are NOT necessarily required on an ongoing basis. After initial
setup, you can access all control parameters through on of the Media LANs with the appropriate network
configuration. See Networking option item 5.2 for more information.
3) Settings
The configuration settings are retained even when the unit is powered offree LAN connections to the
PIPM-R-7 are NOT necessarily required on an ongoing basis. After initial setup, you can access all control
parameters
5. WEB CONFIGURATION & INTERFACE
1) Overview
Once you have established network connectivity with the PIPM-R-7, you can further configure and control
the module through its web interface.
2) Remote Control Overview
An optimized web server in the PIPM-R-7 allows remote control and parameter setting adjustments via a
browser client running on a network wired computer. The network can be a closed local area network, a
direct connection between a PIPM-R-7 and a computer, or even exposed through a firewall to a WAN.
Each PIPM-R-7-R10 uses a standard RJ-45 connector for the Control LAN connection, and two SFP+ cages
for the 10 Gbps Ethernet Media LAN connections.
To connect to the PIPM-R-7, attach the module to your network and enter its Control Network IP address
into the web browser. If authentication has been configured, you may need to enter a password.
Networking Option using Media LAN Port
To reduce facility cabling to the PIPM-R-7 module, it is an option to setup your network
connection through an Ethernet switch via the Media LAN ports (rather than using the dedicated
Control Port). This means that you will have just one or two cables to the unit, instead of two or
three. To implement this approach, follow these general steps:
1. Note the IP address of the unit’s Media LAN 1 or Media LAN 2 port. This should be a static IP

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
9 of 26
address.
2. Connect the controlling computer’s Ethernet port that is being used to control the unit into an
Ethernet switch. This requires disconnecting the Ethernet cable from the Control LAN port of
the unit.
3. Connect the Media LAN port of the unit into the Ethernet switch.
4. Connect the source of the Media IP stream into the Ethernet switch.
5. Set the controlling computer’s Ethernet port that is being used to control the PIPM-R-7 to
DHCP.
6. From the controlling computer, point a web browser to the IP address noted in step 1. The
PIPM-R-7’s web user interface displays in the browser.
3) Web Browser via Ethernet
General Screen Information
PIPM-R-7 web pages have certain areas and control in common. Vertical and horizontal scroll
bars appear when information extends past the border of a panel.
The Round blue Up/Down arrow button on each panel and many status parameters opens and
closes that panel or set of parameters.
Menu Panel
On the left of each screen is a Menu panel listing all the available screens. Click any of these
links to jump to that screen.
Alarms Panel
Alarms are displayed in a panel on the left side of each screen. Clicking on the arrow opens or
closes this panel to show or hide the alarms. Hovering the mouse over an alarm (red) or warning
(yellow) may provide additional detail about the condition.
Connections Panel
On the right side of every screen is a Connection panel listing information for the connected
PIPM-R-7 module.
Network Panel
On the right is a Network panel that lists other PIPM-R-7 modules on the network.
Parameters and Information
The reset of the screen displays all the parameter selections and information available for the
selected PIPM-R-7 module screen.

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
10 of 26
Menu of screens: Click one
to display that scr een.
S/N, Software version and
connection status
Alarms
Appear
here
Selections
and
Information
Overview of Web Browser User I n t e r f a c e
Dynamic Controls
1. Hovering the mouse on a parameter name displays a brief description of its function.
2. From the Config Screen, right clicking on the parameter name resets just that parameter to
its factory default.
3. For values with sliders, fine control is achieved using the arrow keys on the keyboard to move
the slider the minimum amount. The numeric value can also be clicked on to enter a specific
value.
4) Status Page
The PIPM-R-7 Status page reports the current status and settings for:
1. Stream Status
2. Video Clock Status
3. Network Status
4. NMOS Status
5. Firmware Status
Each group of parameters can be expanded or collapsed.

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
11 of 26
Overview of Web B rowser User Interface
Under the Network Status area of the Status Screen, for network switches that support LLDP, the Chassis
ID and the Port ID of the first switch encountered upstream in the path from the PIPM-R-7 module to the
network will be displayed in the LLDP Chassis ID and LLDP Port ID fields.
That first upstream switch, in turn, displays the LLDP information (Chassis ID and Port ID) of the
downstream PIPM-R-7 Module.
5) Config Screen Section
The PIPM-R-7 Config screen, shown in three sections, has all necessary configuration parameters.

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
12 of 26
System Name
Defines a name for the system and gives it a unique identifier. This name is used when
displaying systems through the web interface.
User Authentication
Enable or disable user password authentication for the web interface.
Identify LED
Enables flashing of the Ethernet LEDs on the module.
UPnP Host
Enable or disable network discovery using Universal Plug and Play.
IGMP Version
Select the Internet Group Management Protocol Version. Plura supports IGMP v2 and v3.
NOTE: It is important to know which version of IGMP is in use on your network.
Selecting the wrong IGMP version may cause long delays in processing multicast subscriptions.
See your network engineer for more information.
System Modes
There is a set of pre-built system configuration modes, or "system modes," available from the
System Mode control on the Config page of the PIPM-R-7 web UI. These pre-built System Modes
are designed to save you time so that you can get your unit up and running quickly.
Each System Mode is built for a specific type of use case, taking into account factors such as
network conditions, protection requirements, timing, and latency considerations.
NOTE: The choice of System Mode will impact which controls are available. Multiple
variations of controls are possible on the Config page.
The following tables present the core characteristics for each pre-built System
Mode.
System Mode 1
PTP Low Latency
Description
PTP environment
Lowest protection*
Near-zero latency**
Video Clock Mode
PTP
Packet Protection Mode
Bypass
Frame Sync Mode
Bypass
Audio Sample Rate Converter
Bypass
Transmitter Requirements
Narrow transmitter only
Latency Expected
0 frames (~4 video lines)

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
13 of 26
System Mode 2
PTP Protected
Description
PTP environment
Greatest protection*
Maximum latency**
Video Clock Mode
PTP
Packet Protection Mode
Enabled
Frame Sync Mode
Enabled
Audio Sample Rate Converter
Bypass
Transmitter Requirements
Can accept wide transmitter
Latency Expected
Packet protection window size +2 frames
System Mode 3
Gateway
Description
Gateway environment
No packet protection*
Medium latency**
Video Clock Mode
Ref In
Packet Protection Mode
Bypass
Frame Sync Mode
Enabled
Audio Sample Rate Converter
Enabled
Transmitter Requirements
Can accept wide transmitter
Latency Expected
2 frames
System Mode 4
Gateway Protected
Description
Gateway environment
Greatest protection*
Maximum latency**
Video Clock Mode
Ref In
Packet Protection Mode
Enabled
Frame Sync Mode
Enabled
Audio Sample Rate Converter
Enabled
Transmitter Requirements
Can accept wide transmitter
Latency Expected
Packet protection window size +2 frames
System Mode 5
Asynchronous
Description
Setup/demo/troubleshooting environment
No packet protection
Low latency**
Video Clock Mode
Video In
Packet Protection Mode
Bypass
Frame Sync Mode
Enabled
Audio Sample Rate Converter
Enabled
Transmitter Requirements
Can accept wide transmitter

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
14 of 26
Latency Expected
2 frames
*Protection against loss or degradation of picture. Low protection does not necessarily mean
picture loss or degradation will result, as this would depend on the network architecture and
numerous other factors.
**The term latency is referring to latency on the network. The network in
this context refers to the PIPM-R-7 module end-to-end — from video into IP Transmitter to video
out of IP Receiver, including IP switches along the way.
Unlike the five pre-built System Modes just described, each of which are "safe," the Advanced
Mode, described below, does not guard against a user applying contradictory settings that could
provide unpredictable results.
NOTE: When working with Advanced Mode, if the configuration settings become problematic,
you can always "revert" to one of the five pre-built System Modes to get the unit running again
with established internally compatible settings.
System Mode 6
Advanced
Description
User Defined
Video Clock Mode
User Defined
Packet Protection Mode
User Defined
Frame Sync Mode
User Defined
Audio Sample Rate Converter
User Defined
Transmitter Requirements
Based on user selections
Latency Expected
Based on user selections
Video Clock Mode
Select which clock source you want to use for the video output. The clock selection determines
whether or not you need to use the Frame Sync in order to have glitch-free output.
1. PTP - PTP is recommended. Ideally, both the PIPM-R-7 and the video source would use PTP.
2. Video In - Use the input signal as the clock source. If you do not have PTP available, Lock to
Input is the next recommended choice and it allows for a glitch-free video output.
3. Freerun - Selecting Free Run requires that you use Frame Sync in order to prevent output
glitches.
PTP Domain
NOTE: This is only applicable if PTP is selected for Video Output Clock Selection.
Select the PTP domain from values ranging from 0 to 127. This should match the
PTP domain configured on the PTP Grandmaster clock on the network.

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
15 of 26
PTP Preferred Grandmaster ID
NOTE: This is only applicable if PTP is selected for Video Output Clock Selection.
In most situations, this field should left blank.
If multiple PTP Grandmasters are present on the same domain on the network, the device will
automatically select a PTP Grandmaster to lock to. However, if you prefer a specific PTP
Grandmaster, then set this field to the ID of the preferred Grandmaster.
Example of a PTP Grandmaster ID:
• 08-00-11-FF-FE-22-04-D6
PTP Grand Master Capable
NOTE: This is only applicable if PTP is selected for Video Output Clock Selection.
For Local demonstration purposes only, the PIIPM-R-7 module can act as a grandmaster in
network environments where there is not one already present, such as during basic testing,
setting up a PoC or demonstration.
CAUTION: Do not enable this control unless you have first checked with your network
administrator.
Disable - Disables the PTP Grand Master capability.
Enable - Enables the PTP Grand Master capability.
Packet Buffer Window Size (ms)
Window size in milliseconds for packet buffering.

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
16 of 26
Packet Protection Mode
With Packet Protection Mode, the PIPM-R-7 will accept signals from both Media LAN 1 and Media
LAN 2, allowing for hitless media switching in the event that one of the signals is interrupted.
Single Stream - When set to Single Stream, the PIPM-R-7 will accept one signal from Media
LAN 1 only. If packets are out of order, they will be rearranged into the correct order. Note that
hitless protection is not part of Single Stream mode.
Dual Stream - When set to Dual Stream, hitless media protection is enabled. Two identical
copies of the same stream are accepted from Media LAN 1 and Media LAN 2. Both streams are
compared packet by packet. If one stream is missing a packet, it will be taken from the other
stream to make sure that one good stream comes through properly.
Bypass - When set to Bypass, the PIPM-R-7 takes the media stream from Media
LAN 1. The stream bypasses the entire hitless protection block.
Hitless Window Size (ms)
NOTE: Applicable only if Hitless Media Support is enabled.
Set the amount of time in milliseconds that the unit will look for redundant packets to decide to
accept or reject them for hitless media switching.
To determine the hitless window size, consider any delay between the signals, expected jitter,
along with any other sources of potential delay between signals.
Possible values range from 1 to 50. The actual range is determined by the signal's frame rate,
raster size and other factors.
Frame Sync Mode
Frame Sync Mode can be enabled for synchronizing frames to the timing source you are using.
Enable - Frame Sync Mode is enabled.
Bypass - Frame Sync Mode is disabled.
Audio Rate Converter Mode
In cases where there are either missing audio packets or the audio clock is not synchronous with
the timing source, the audio rate converter can match the output audio rate to the local clock.
Select either of the following options:
• Use Audio Src
• Bypass Audio Src
Input Stream Selection
Select Manual, SDP or NMOS/Ember

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
17 of 26
Manual - When Manual is selected, you must enter configuration parameters manually into the
following Input Stream Selection fields:
• Video Input Format
• Audio Channels
• Audio Packet Interval — Select the time interval between packets transmitted by the audio
transmitter. The receivers support audio packet intervals of 1 millisecond or 125 microseconds.
• Video Destination Address — The IP address corresponding to where the video stream is
being sent. In multicast mode, this is the multicast IP address of the ST 2110 stream. In unicast
mode, this is the unicast IP address of the media port on the receiver. The Video Destination
Address is almost always required on the PIPM-R-7 module. Additionally, the destination UDP
port of the stream may also be specified by appending it with a colon to the destination address.
For example: 239.0.0.1:10000
• Video Source Address — The unicast IP address of the media port on the sending device.
This field should be left blank in most situations. It is useful only in setups where multiple
transmitters are transmitting to the same multicast destination address and IGMPv3 is in use to
subscribe to the stream from a specific source.
• Audio Destination Address — This is the audio stream equivalent of the
Video Destination Address.
• Audio Source Address — This is the audio stream equivalent of the Video
Source Address.
• Video 2 Destination Address
• Video 2 Source Address
• Audio 2 Destination Address
• Audio 2 Source Address
SDP - The SDP method greatly simplifies the configuration process for the Input Stream
Selection fields. Selecting SDP causes the following four fields to display:
•SDP URL Video - Enter the SDP URL Video string. For example:
http://172.16.0.109/txch2v.sdp
•SDP URL Audio - Enter the SDP URL Audio string. For example:
http://172.16.0.109/txch2a1.sdp
•SDP URL Video 2 - Enter the SDP URL Video string. For example:
http://172.16.0.109/txch2v.sdp
•SDP URL Audio 2 - Enter the SDP URL Audio string. For example:
http://172.16.0.109/txch2a1.sdp
The strings entered into the SDP URL Video and SDP URL Audio fields point to SDP files that
are created by the source that is transmitting the video signal.
The SDP files contain all required configuration parameters for the following
Input Stream Selection fields:
• Video Input Format
• Audio Channels
• Audio Packet Interval
• Video Destination Address
• Video Source Address
• Audio Destination Address
• Audio Source Address.
• Video 2 Destination Address

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
18 of 26
• Video 2 Source Address
• Audio 2 Destination Address
• Audio 2 Source Address
NMOS/Ember - When NMOS/Ember is selected, input stream selection occurs through network
discovery and communication with facility automation.
NMOS uses the address of the unit's internal web server for communications. When the PIPM-R-
7 boots up, it actively scans the network for an NMOS registry using MDNS/DNS. If it finds one,
it tells the NMOS registry what it is and what its capabilities are.
If the PIPM-R-7 module does not find an NMOS registry, it continues to announce itself through
MDNS so that it can be discovered. Once discovered, it registers itself with whatever has
discovered the unit through MDNS.
Video Signal Generator
You can output a test video signal to validate video signal connections. Select Off or Test
Pattern.
Off - No video signal is generated.
Other choices
• 100% Bars
• 100% Bars
• 75% Bars
• Ramp
• Multi Burst

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
19 of 26
• Line Sweep
• Check Field
• Flat Field
• Multi Pattern
• Black
• White
• Linear Ramp
• Slant Ramp
Test Pattern - Color bars with a moving gray line are generated in the currently selected video
format and sent to the Video Output.
NOTE: The Test Pattern is supported only in 1080p and 1080i formats.
Video Test Pattern Format
Determines the video format output from the system's internal test signal generator. Select from
the following options:
• 525i 59.94
• 625i 50
• 720p 50
• 720p 59.94
• 1080i 50
• 1080i 59.94
• 1080p 23.98
• 1080p 24
• 1080p 25
• 1080p 29.97
• 1080p 30
• 1080p 50
• 1080p 59.94
• 1080p 60
• 2160p 23.98
• 2160p 24
• 2160p 25
• 2160p 29.97
• 2160p 30
• 2160p 50
Audio Signal Generator
You can output a test audio signal to validate audio signal connections. Select Off or 400 Hz
Tone.
Off - No audio signal is generated.
400 Hz Tone - A 400 Hz tone is generated on both channels of a pair. Each channel pair is at a
different volume. Channel pair 1/2 is the loudest. Channel pair 7/8 is the softest.

SFP-H / SFP-H-7 SERIES
with PIPM-R-7
User’s Manual
20 of 26
Audio Delay
Use the Audio Delay control as needed to synchronize audio and video signals.
0 to 100 Milliseconds - Use the slider control with a mouse or the right and left arrow keys on
your keyboard to adjust the audio delay setting.
NMOS Enable
Enable or disable network discovery for the device.
NMOS uses the address of the PIPM-R-7 module's internal web server for communications. When
the unit boots up, it actively scans the network for an NMOS registry using MDNS/DNS. If it finds
one, it tells the NMOS registry what it is and what its capabilities are.
If the PIPM-R-7 module does not find an NMOS registry, it continues to announce itself through
MDNS so that it can be discovered. Once discovered, it registers itself with whatever has
discovered the unit through MDNS.
Ember+ Enable
Enable or disable network discovery for the device.
Enable/Disable Video
Enable or disable video for the device.
Enable/Disable Audio
Enable or disable audio for the device.
6) Presets Screen Section
The PIPM-R-7 Config screen, shown in three sections, has all necessary configuration parameters.
The Presets screen allows you to save Preset Configurations into 20 separate memory registers and recall
the presets whenever needed.