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XFM50-MPCUHD-A
UHDTV / 3G / HD / SD
Multi Purpose Converter

Some facts about UHDTV
Bandwidth
The main advantages of UHDTV are greater resolution and greater color space.
This results in increasing bandwidth needs. Compared to 3G HD an UHDTV-1 signal demands a bandwidth which is four times higher,
compared to 1.5G HD even eight times higher.
This results in a UHDTV-1 transmission with a resolution of 50, 59.94 or 60 frames per second requiring a SDI connection capable of
transporting 12 GBit per second. As the SDI standard which will be able to transport such a high bandwith on a single cable is only available
as a SMPTE proposal, several standards which make use of two or more parallel cable connections have been defined.
Usual connections are Dual Link 6G or Quad Link 3G.

Image Area Overview
UHDTV-1 increases the resolution compared to
Full HD in both horizontal and vertical direction
by a factor of two. Only progressive formats are
supported which means that no deinterlacing is
required when working in UHDTV.
This figure illustrates the image sizes of common
standards used in broadcast and TV production
environments.

UHDTV-1

4K / UHDTV - Conversion
Description

Supported Functions

• Downconversion UHDTV > HD 1080i, 720p, SD
• Downconversion UHDTV > HD 1080p
• Upconversion SD, HD 720p, 1080i > UHDTV
• Upconversion HD 1080p > UHDTV
• Color Space conversion and Legalizing
• Scaling
• Region of Interest (ROI) selection
• Cropping
• Frame Synchronisation, Genlock
• AES Audio embedding / deembedding
• Test pattern
• Diagnosis
• GPI

XFM50-MPCUHD-A is a multi purpose converter solution.
It comprises a powerful and flexible set of functionality especially
selected to support high level processing for high resolution UHDTV
video material.
The module is part of the XFM50 modular system family and uses
the signal processing platform XFM50-SPC.

I/O Interfacing

Real time processing of UHDTV video material pushes the date rate
up to 12 GBit/sec, depending on the format.
The module supports and converts between
• QUAD-LINK (4 x 3G, 4 x 1.5G) copper transmission
• DUAL-LINK (2 x 6G, 2 x 3G, 2 x 1.5G) copper transmission
• Fiber interfacing in various configurations

HD 1080

Formats

The module supports the UHDTV-1 resolutions 3.840 x 2.160 and
4.096 x 2.160. 3G, HD and SD signals are also supported.
It handles mapping structures given by SMPTE 2036-3 as well as
Quad split with 4:2:2 and 4:4:4 sampling.

HD 720
SD-PAL
SD-NTSC

UHDTV related processing

The primary purpose of XFM50-MPCUHD-A is bridging between the
different Ecosystems, like common HD and SD formats and UHDTV.
It therefore comes with unique features which ease integration of
UHDTV in common workflows.
As an example, Region of Interest selection chooses one or two HD
or SD sub-images from an UHDTV image and outputs them in the
desired format.

Functional Block Diagram
UHDTV , HD & SD Resolution and Bandwidth Overview
This table gives a short overview which bandwidth is needed for which format and which SDI connection is able to handle it.
Pixels per Line

Lines per
Frame

Frames per
Second

1.5G
SDI

3G / 2x 1.5G
SDI

6G / 2x 3G / 4x
1.5G SDI

12G / 2x 6G /
4x 3G SDI

3G Fiber

6G Fiber

3840

2160

60p, 59.94p

û

û

û

ü

û

û

ü

3840

2160

50p

û

û

û

ü

û

û

ü

3840

2160

30p, 29.97p

û

û

ü

ü

û

ü

2160

25p

û

û

ü

ü

û

ü

1080

60p, 59.94p

û

ü

ü

ü

ü

ü

1080

50p

û

ü

ü

ü

ü

ü

ü

1920

1080

30p, 29.97p

ü

ü

ü

ü

ü

ü

SDI

ü

1920

1080

25p

ü

ü

ü

ü

ü

ü

ü

1920

1080

60i, 59.94i

ü

ü

ü

ü

ü

ü

ü

1920

1080

50i

ü

ü

ü

ü

ü

ü

720

60p, 59.94p

ü

ü

ü

ü

ü

ü

720

50p

ü

ü

ü

ü

ü

ü

Scaling, ROI selection,
Crop

SDI

Output
Interface
Copper

3G/6G
SDI

SDI

Deinterlacing
Color Space Conversion,
Legalization

ü

1280

Up/Down Conversion,
Format Conversion

Aspect Ratio Conversion

SDI

ü

1280

SDI

Frame Synchronization

Input
Interface
Copper

ü

1920

3G/6G

ü

1920

SDI

ü

3840

Real Time
Signal Processor

SDI

10G Fiber

ü

1280

720

30p, 29.97p

ü

ü

ü

ü

ü

ü

720

25p

ü

ü

ü

ü

ü

ü

ü

720

488

59.94i

ü

ü

ü

ü

ü

ü

ü

720

576

50i

ü

ü

ü

ü

ü

ü

Test Pattern Generation

64 channel
Audio Processing

ü

1280

I/O
Interface
2x SFP

SDI
MADI
HDMI

ü

8x AES

Video Reference

AES

Input
Interface
AES

Output
Interface
AES

AES

AUX Processor

8x AES

GPIO

CPU
Control

XForm Systems GmbH
This document gives a general description and shall not be used as part of any
contract without formal confirmation by XForm Systems GmbH.
XForm Systems reserves the right to make changes without notice.
All mentioned trademarks are subject to their owners.

Copyright XForm Systems GmbH 2014
Version2 20.02.2014

Spechtweg 1, D-38108 Braunschweig
Telephone +49 531 302928 91
Facsimile +49 531 302928 99
E-Mail: info@xformsystems.de
Internet: www.xformsystems.de

DARS

L
TC

Ethernet

L
TC
XFM50-MPCUHD-A
UHDTV / 3G / HD / SD
Multi Purpose Converter

Technical Data

Interface Conversion Examples
One of the unique features of XFM50-MPCUHD-A processing module is the flexible conversion between any of the possible wiring variations.
Some examples are shown here.
6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G

6G UHDTV-1 via 4x 1.5G ð 6G UHDTV-1 via 1x 6G
1.5G

SDI

SDI

1.5G

SDI

SDI

1.5G

SDI

SDI

SDI

3G

SDI

1.5G

3G

6G

SDI

SDI

SDI

SDI

XFM50MPCUHD-A

6G

SDI

XFM50MPCUHD-A

SDI

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

SDI

6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G Fiber

3G

SDI

SDI

6G

3G

SDI

SDI

SDI

6G

3G

SDI

SDI

3G

SDI

3G

SDI

SDI

XFM50MPCUHD-A

SDI	
	
	
SFP	
AES	

Formats and Video Standards

4x BNC connector
Serial Digital Component , 10 / 12 Bit,
SD / HD / 3G / 6G, single / dual / quad link
2 SFP slots, configurable as input and/or output
Trilevel / blackburst input
8 balanced inputs via D-Sub connector

Formats	
	
	
	
	
	
	
Standards	
	
	
	
	
	

4x BNC connector
Serial Digital Component , 10 / 12 Bit,
SD / HD / 3G / 6G , single / dual / quad link
2 SFP slots, configurable as input and/or output
8 balanced outputs via D-Sub connector

Video Processing
Interfacing	
Processing	
Colour Space	

10 / 12 Bit
12 / 14 Bit
ITU-R BT.601, ITU-R BT.709, ITU-R BT.2020

GPI

SDI

3G

SDI	
	
	
SFP	
Genlock	
AES	

Output

SDI

12G UHDTV-1 via 4x 3G ð 12G UHDTV-1 via 2x 6G

Input

Connector	
No. of Inputs	
No. of Outputs	

4096x2160p (60, 59.94, 50, 30, 29.97, 25 Hz)
3840x2160p (60, 59.94, 50, 30, 29.97, 25 Hz)
1920x1080p (60, 59.94, 50 Hz)
1920x1080i (60, 59.94, 50 Hz)
1280x720p (60, 59.94, 50 Hz)
720x488i (59.94 Hz)
720x576i (50 Hz)
ITU BT.656 / SMPTE 259M 	
(270 MBit)
SMPTE 292M	
(1.485 GBit)
SMPTE 424M Level A & B-DL	 (2.97 GBit)
SMPTE 2036-1	
(UHDTV-1)
SMPTE 435	
(Quad 3G SDI)

(available formats and standards depend on options)

Physical

Temperature	
	
Humidity	
Power Requirements	

0°C - 35°C (operation)
-20°C - 75°C (storage)
10% - 90% non condensing
16 Watts

8-pin Terminal Block
2
2

SDI

XFM50MPCUHD-A

SDI

SDI

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Available I/O Panels

Fiber

SDI

SDI

Name
6G

XFM50-MPCUHD-A-S

XFM50-MPCUHD-A-H

XFM50-MPCUHD-A-HF

Layout

Region of Interest (ROI) Selection

XFM50-MPCUHD-A supports to use the enhanced resolution of UHDTV to shoot a given scene in full view and then select one or more
Regions of Interest to be used as subimages. Thanks to the high resolution of UHDTV these subimages are available in Full HD resolution,
pixel by pixel without any need for scaling.
This method enhances the workflow as it is possible to select the Regions of Interest in Post Production and not while shooting the scene
anymore.

ROI 1
ROI 2

UHDTV Source

SDI Inputs

4 BNC

4 HD-BNC

4 HD-BNC, 2 Fiber (SFP)

SDI Outputs

4 BNC

8 HD-BNC

4 HD-BNC, 2 Fiber (SFP)

AES Inputs

ROI 1

ROI 2

8 via D-Sub

8 via D-Sub

8 via D-Sub

AES Outputs

8 via D-Sub

8 via D-Sub

8 via D-Sub
XFM50-MPCUHD-A
UHDTV / 3G / HD / SD
Multi Purpose Converter

Technical Data

Interface Conversion Examples
One of the unique features of XFM50-MPCUHD-A processing module is the flexible conversion between any of the possible wiring variations.
Some examples are shown here.
6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G

6G UHDTV-1 via 4x 1.5G ð 6G UHDTV-1 via 1x 6G
1.5G

SDI

SDI

1.5G

SDI

SDI

1.5G

SDI

SDI

SDI

3G

SDI

1.5G

3G

6G

SDI

SDI

SDI

SDI

XFM50MPCUHD-A

6G

SDI

XFM50MPCUHD-A

SDI

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

SDI

6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G Fiber

3G

SDI

SDI

6G

3G

SDI

SDI

SDI

6G

3G

SDI

SDI

3G

SDI

3G

SDI

SDI

XFM50MPCUHD-A

SDI	
	
	
SFP	
AES	

Formats and Video Standards

4x BNC connector
Serial Digital Component , 10 / 12 Bit,
SD / HD / 3G / 6G, single / dual / quad link
2 SFP slots, configurable as input and/or output
Trilevel / blackburst input
8 balanced inputs via D-Sub connector

Formats	
	
	
	
	
	
	
Standards	
	
	
	
	
	

4x BNC connector
Serial Digital Component , 10 / 12 Bit,
SD / HD / 3G / 6G , single / dual / quad link
2 SFP slots, configurable as input and/or output
8 balanced outputs via D-Sub connector

Video Processing
Interfacing	
Processing	
Colour Space	

10 / 12 Bit
12 / 14 Bit
ITU-R BT.601, ITU-R BT.709, ITU-R BT.2020

GPI

SDI

3G

SDI	
	
	
SFP	
Genlock	
AES	

Output

SDI

12G UHDTV-1 via 4x 3G ð 12G UHDTV-1 via 2x 6G

Input

Connector	
No. of Inputs	
No. of Outputs	

4096x2160p (60, 59.94, 50, 30, 29.97, 25 Hz)
3840x2160p (60, 59.94, 50, 30, 29.97, 25 Hz)
1920x1080p (60, 59.94, 50 Hz)
1920x1080i (60, 59.94, 50 Hz)
1280x720p (60, 59.94, 50 Hz)
720x488i (59.94 Hz)
720x576i (50 Hz)
ITU BT.656 / SMPTE 259M 	
(270 MBit)
SMPTE 292M	
(1.485 GBit)
SMPTE 424M Level A & B-DL	 (2.97 GBit)
SMPTE 2036-1	
(UHDTV-1)
SMPTE 435	
(Quad 3G SDI)

(available formats and standards depend on options)

Physical

Temperature	
	
Humidity	
Power Requirements	

0°C - 35°C (operation)
-20°C - 75°C (storage)
10% - 90% non condensing
16 Watts

8-pin Terminal Block
2
2

SDI

XFM50MPCUHD-A

SDI

SDI

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Fiber

Available I/O Panels

Fiber

SDI

SDI

Name
6G

XFM50-MPCUHD-A-S

XFM50-MPCUHD-A-H

XFM50-MPCUHD-A-HF

Layout

Region of Interest (ROI) Selection

XFM50-MPCUHD-A supports to use the enhanced resolution of UHDTV to shoot a given scene in full view and then select one or more
Regions of Interest to be used as subimages. Thanks to the high resolution of UHDTV these subimages are available in Full HD resolution,
pixel by pixel without any need for scaling.
This method enhances the workflow as it is possible to select the Regions of Interest in Post Production and not while shooting the scene
anymore.

ROI 1
ROI 2

UHDTV Source

SDI Inputs

4 BNC

4 HD-BNC

4 HD-BNC, 2 Fiber (SFP)

SDI Outputs

4 BNC

8 HD-BNC

4 HD-BNC, 2 Fiber (SFP)

AES Inputs

ROI 1

ROI 2

8 via D-Sub

8 via D-Sub

8 via D-Sub

AES Outputs

8 via D-Sub

8 via D-Sub

8 via D-Sub
XFM50-MPCUHD-A
UHDTV / 3G / HD / SD
Multi Purpose Converter

Some facts about UHDTV
Bandwidth
The main advantages of UHDTV are greater resolution and greater color space.
This results in increasing bandwidth needs. Compared to 3G HD an UHDTV-1 signal demands a bandwidth which is four times higher,
compared to 1.5G HD even eight times higher.
This results in a UHDTV-1 transmission with a resolution of 50, 59.94 or 60 frames per second requiring a SDI connection capable of
transporting 12 GBit per second. As the SDI standard which will be able to transport such a high bandwith on a single cable is only available
as a SMPTE proposal, several standards which make use of two or more parallel cable connections have been defined.
Usual connections are Dual Link 6G or Quad Link 3G.

Image Area Overview
UHDTV-1 increases the resolution compared to
Full HD in both horizontal and vertical direction
by a factor of two. Only progressive formats are
supported which means that no deinterlacing is
required when working in UHDTV.
This figure illustrates the image sizes of common
standards used in broadcast and TV production
environments.

UHDTV-1

4K / UHDTV - Conversion
Description

Supported Functions

• Downconversion UHDTV > HD 1080i, 720p, SD
• Downconversion UHDTV > HD 1080p
• Upconversion SD, HD 720p, 1080i > UHDTV
• Upconversion HD 1080p > UHDTV
• Color Space conversion and Legalizing
• Scaling
• Region of Interest (ROI) selection
• Cropping
• Frame Synchronisation, Genlock
• AES Audio embedding / deembedding
• Test pattern
• Diagnosis
• GPI

XFM50-MPCUHD-A is a multi purpose converter solution.
It comprises a powerful and flexible set of functionality especially
selected to support high level processing for high resolution UHDTV
video material.
The module is part of the XFM50 modular system family and uses
the signal processing platform XFM50-SPC.

I/O Interfacing

Real time processing of UHDTV video material pushes the date rate
up to 12 GBit/sec, depending on the format.
The module supports and converts between
• QUAD-LINK (4 x 3G, 4 x 1.5G) copper transmission
• DUAL-LINK (2 x 6G, 2 x 3G, 2 x 1.5G) copper transmission
• Fiber interfacing in various configurations

HD 1080

Formats

The module supports the UHDTV-1 resolutions 3.840 x 2.160 and
4.096 x 2.160. 3G, HD and SD signals are also supported.
It handles mapping structures given by SMPTE 2036-3 as well as
Quad split with 4:2:2 and 4:4:4 sampling.

HD 720
SD-PAL
SD-NTSC

UHDTV related processing

The primary purpose of XFM50-MPCUHD-A is bridging between the
different Ecosystems, like common HD and SD formats and UHDTV.
It therefore comes with unique features which ease integration of
UHDTV in common workflows.
As an example, Region of Interest selection chooses one or two HD
or SD sub-images from an UHDTV image and outputs them in the
desired format.

Functional Blockdiagram
UHDTV , HD & SD Resolution and Bandwidth Overview
This table gives a short overview which bandwidth is needed for which format and which SDI connection is able to handle it.
Pixels per Line

Lines per
Frame

Frames per
Second

1.5G
SDI

3G / 2x 1.5G
SDI

6G / 2x 3G / 4x
1.5G SDI

12G / 2x 6G /
4x 3G SDI

3G Fiber

6G Fiber

3840

2160

60p, 59.94p

û

û

û

ü

û

û

ü

3840

2160

50p

û

û

û

ü

û

û

ü

3840

2160

30p, 29.97p

û

û

ü

ü

û

ü

2160

25p

û

û

ü

ü

û

ü

1080

60p, 59.94p

û

ü

ü

ü

ü

ü

1080

50p

û

ü

ü

ü

ü

ü

ü

1920

1080

30p, 29.97p

ü

ü

ü

ü

ü

ü

SDI

ü

1920

1080

25p

ü

ü

ü

ü

ü

ü

ü

1920

1080

60i, 59.94i

ü

ü

ü

ü

ü

ü

ü

1920

1080

50i

ü

ü

ü

ü

ü

ü

720

60p, 59.94p

ü

ü

ü

ü

ü

ü

720

50p

ü

ü

ü

ü

ü

ü

Scaling, ROI selection,
Crop

SDI

Output
Interface
Copper

3G/6G
SDI

SDI

Deinterlacing
Color Space Conversion,
Legalization

ü

1280

Up/Down Conversion,
Format Conversion

Aspect Ratio Conversion

SDI

ü

1280

SDI

Frame Synchronization

Input
Interface
Copper

ü

1920

3G/6G

ü

1920

SDI

ü

3840

Real Time
Signal Processor

SDI

10G Fiber

ü

1280

720

30p, 29.97p

ü

ü

ü

ü

ü

ü

720

25p

ü

ü

ü

ü

ü

ü

ü

720

488

59.94i

ü

ü

ü

ü

ü

ü

ü

720

576

50i

ü

ü

ü

ü

ü

ü

Test Pattern Generation

64 channel
Audio Processing

ü

1280

I/O
Interface
2x SFP

SDI
MADI
HDMI

ü

8x AES

Video Reference

AES

Input
Interface
AES

Output
Interface
AES

AES

AUX Processor

8x AES

GPIO

CPU
Control

XForm Systems GmbH
This document gives a general description and shall not be used as part of any
contract without formal confirmation by XForm Systems GmbH.
XForm Systems reserves the right to make changes without notice.
All mentioned trademarks are subject to their owners.

Copyright XForm Systems GmbH 2014
Version2 19.02.2014

Spechtweg 1, D-38108 Braunschweig
Telephone +49 531 302928 91
Facsimile +49 531 302928 99
E-Mail: info@xformsystems.de
Internet: www.xformsystems.de

DARS

L
TC

Ethernet

L
TC

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Uhd 4 k converter x form systems xfm50-mpcuhd-a

  • 1. XFM50-MPCUHD-A UHDTV / 3G / HD / SD Multi Purpose Converter Some facts about UHDTV Bandwidth The main advantages of UHDTV are greater resolution and greater color space. This results in increasing bandwidth needs. Compared to 3G HD an UHDTV-1 signal demands a bandwidth which is four times higher, compared to 1.5G HD even eight times higher. This results in a UHDTV-1 transmission with a resolution of 50, 59.94 or 60 frames per second requiring a SDI connection capable of transporting 12 GBit per second. As the SDI standard which will be able to transport such a high bandwith on a single cable is only available as a SMPTE proposal, several standards which make use of two or more parallel cable connections have been defined. Usual connections are Dual Link 6G or Quad Link 3G. Image Area Overview UHDTV-1 increases the resolution compared to Full HD in both horizontal and vertical direction by a factor of two. Only progressive formats are supported which means that no deinterlacing is required when working in UHDTV. This figure illustrates the image sizes of common standards used in broadcast and TV production environments. UHDTV-1 4K / UHDTV - Conversion Description Supported Functions • Downconversion UHDTV > HD 1080i, 720p, SD • Downconversion UHDTV > HD 1080p • Upconversion SD, HD 720p, 1080i > UHDTV • Upconversion HD 1080p > UHDTV • Color Space conversion and Legalizing • Scaling • Region of Interest (ROI) selection • Cropping • Frame Synchronisation, Genlock • AES Audio embedding / deembedding • Test pattern • Diagnosis • GPI XFM50-MPCUHD-A is a multi purpose converter solution. It comprises a powerful and flexible set of functionality especially selected to support high level processing for high resolution UHDTV video material. The module is part of the XFM50 modular system family and uses the signal processing platform XFM50-SPC. I/O Interfacing Real time processing of UHDTV video material pushes the date rate up to 12 GBit/sec, depending on the format. The module supports and converts between • QUAD-LINK (4 x 3G, 4 x 1.5G) copper transmission • DUAL-LINK (2 x 6G, 2 x 3G, 2 x 1.5G) copper transmission • Fiber interfacing in various configurations HD 1080 Formats The module supports the UHDTV-1 resolutions 3.840 x 2.160 and 4.096 x 2.160. 3G, HD and SD signals are also supported. It handles mapping structures given by SMPTE 2036-3 as well as Quad split with 4:2:2 and 4:4:4 sampling. HD 720 SD-PAL SD-NTSC UHDTV related processing The primary purpose of XFM50-MPCUHD-A is bridging between the different Ecosystems, like common HD and SD formats and UHDTV. It therefore comes with unique features which ease integration of UHDTV in common workflows. As an example, Region of Interest selection chooses one or two HD or SD sub-images from an UHDTV image and outputs them in the desired format. Functional Block Diagram UHDTV , HD & SD Resolution and Bandwidth Overview This table gives a short overview which bandwidth is needed for which format and which SDI connection is able to handle it. Pixels per Line Lines per Frame Frames per Second 1.5G SDI 3G / 2x 1.5G SDI 6G / 2x 3G / 4x 1.5G SDI 12G / 2x 6G / 4x 3G SDI 3G Fiber 6G Fiber 3840 2160 60p, 59.94p û û û ü û û ü 3840 2160 50p û û û ü û û ü 3840 2160 30p, 29.97p û û ü ü û ü 2160 25p û û ü ü û ü 1080 60p, 59.94p û ü ü ü ü ü 1080 50p û ü ü ü ü ü ü 1920 1080 30p, 29.97p ü ü ü ü ü ü SDI ü 1920 1080 25p ü ü ü ü ü ü ü 1920 1080 60i, 59.94i ü ü ü ü ü ü ü 1920 1080 50i ü ü ü ü ü ü 720 60p, 59.94p ü ü ü ü ü ü 720 50p ü ü ü ü ü ü Scaling, ROI selection, Crop SDI Output Interface Copper 3G/6G SDI SDI Deinterlacing Color Space Conversion, Legalization ü 1280 Up/Down Conversion, Format Conversion Aspect Ratio Conversion SDI ü 1280 SDI Frame Synchronization Input Interface Copper ü 1920 3G/6G ü 1920 SDI ü 3840 Real Time Signal Processor SDI 10G Fiber ü 1280 720 30p, 29.97p ü ü ü ü ü ü 720 25p ü ü ü ü ü ü ü 720 488 59.94i ü ü ü ü ü ü ü 720 576 50i ü ü ü ü ü ü Test Pattern Generation 64 channel Audio Processing ü 1280 I/O Interface 2x SFP SDI MADI HDMI ü 8x AES Video Reference AES Input Interface AES Output Interface AES AES AUX Processor 8x AES GPIO CPU Control XForm Systems GmbH This document gives a general description and shall not be used as part of any contract without formal confirmation by XForm Systems GmbH. XForm Systems reserves the right to make changes without notice. All mentioned trademarks are subject to their owners. Copyright XForm Systems GmbH 2014 Version2 20.02.2014 Spechtweg 1, D-38108 Braunschweig Telephone +49 531 302928 91 Facsimile +49 531 302928 99 E-Mail: info@xformsystems.de Internet: www.xformsystems.de DARS L TC Ethernet L TC
  • 2. XFM50-MPCUHD-A UHDTV / 3G / HD / SD Multi Purpose Converter Technical Data Interface Conversion Examples One of the unique features of XFM50-MPCUHD-A processing module is the flexible conversion between any of the possible wiring variations. Some examples are shown here. 6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G 6G UHDTV-1 via 4x 1.5G ð 6G UHDTV-1 via 1x 6G 1.5G SDI SDI 1.5G SDI SDI 1.5G SDI SDI SDI 3G SDI 1.5G 3G 6G SDI SDI SDI SDI XFM50MPCUHD-A 6G SDI XFM50MPCUHD-A SDI Fiber Fiber Fiber Fiber Fiber Fiber Fiber Fiber SDI 6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G Fiber 3G SDI SDI 6G 3G SDI SDI SDI 6G 3G SDI SDI 3G SDI 3G SDI SDI XFM50MPCUHD-A SDI SFP AES Formats and Video Standards 4x BNC connector Serial Digital Component , 10 / 12 Bit, SD / HD / 3G / 6G, single / dual / quad link 2 SFP slots, configurable as input and/or output Trilevel / blackburst input 8 balanced inputs via D-Sub connector Formats Standards 4x BNC connector Serial Digital Component , 10 / 12 Bit, SD / HD / 3G / 6G , single / dual / quad link 2 SFP slots, configurable as input and/or output 8 balanced outputs via D-Sub connector Video Processing Interfacing Processing Colour Space 10 / 12 Bit 12 / 14 Bit ITU-R BT.601, ITU-R BT.709, ITU-R BT.2020 GPI SDI 3G SDI SFP Genlock AES Output SDI 12G UHDTV-1 via 4x 3G ð 12G UHDTV-1 via 2x 6G Input Connector No. of Inputs No. of Outputs 4096x2160p (60, 59.94, 50, 30, 29.97, 25 Hz) 3840x2160p (60, 59.94, 50, 30, 29.97, 25 Hz) 1920x1080p (60, 59.94, 50 Hz) 1920x1080i (60, 59.94, 50 Hz) 1280x720p (60, 59.94, 50 Hz) 720x488i (59.94 Hz) 720x576i (50 Hz) ITU BT.656 / SMPTE 259M (270 MBit) SMPTE 292M (1.485 GBit) SMPTE 424M Level A & B-DL (2.97 GBit) SMPTE 2036-1 (UHDTV-1) SMPTE 435 (Quad 3G SDI) (available formats and standards depend on options) Physical Temperature Humidity Power Requirements 0°C - 35°C (operation) -20°C - 75°C (storage) 10% - 90% non condensing 16 Watts 8-pin Terminal Block 2 2 SDI XFM50MPCUHD-A SDI SDI Fiber Fiber Fiber Fiber Fiber Fiber Fiber Available I/O Panels Fiber SDI SDI Name 6G XFM50-MPCUHD-A-S XFM50-MPCUHD-A-H XFM50-MPCUHD-A-HF Layout Region of Interest (ROI) Selection XFM50-MPCUHD-A supports to use the enhanced resolution of UHDTV to shoot a given scene in full view and then select one or more Regions of Interest to be used as subimages. Thanks to the high resolution of UHDTV these subimages are available in Full HD resolution, pixel by pixel without any need for scaling. This method enhances the workflow as it is possible to select the Regions of Interest in Post Production and not while shooting the scene anymore. ROI 1 ROI 2 UHDTV Source SDI Inputs 4 BNC 4 HD-BNC 4 HD-BNC, 2 Fiber (SFP) SDI Outputs 4 BNC 8 HD-BNC 4 HD-BNC, 2 Fiber (SFP) AES Inputs ROI 1 ROI 2 8 via D-Sub 8 via D-Sub 8 via D-Sub AES Outputs 8 via D-Sub 8 via D-Sub 8 via D-Sub
  • 3. XFM50-MPCUHD-A UHDTV / 3G / HD / SD Multi Purpose Converter Technical Data Interface Conversion Examples One of the unique features of XFM50-MPCUHD-A processing module is the flexible conversion between any of the possible wiring variations. Some examples are shown here. 6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G 6G UHDTV-1 via 4x 1.5G ð 6G UHDTV-1 via 1x 6G 1.5G SDI SDI 1.5G SDI SDI 1.5G SDI SDI SDI 3G SDI 1.5G 3G 6G SDI SDI SDI SDI XFM50MPCUHD-A 6G SDI XFM50MPCUHD-A SDI Fiber Fiber Fiber Fiber Fiber Fiber Fiber Fiber SDI 6G UHDTV-1 via 2x 3G ð 6G UHDTV-1 via 1x 6G Fiber 3G SDI SDI 6G 3G SDI SDI SDI 6G 3G SDI SDI 3G SDI 3G SDI SDI XFM50MPCUHD-A SDI SFP AES Formats and Video Standards 4x BNC connector Serial Digital Component , 10 / 12 Bit, SD / HD / 3G / 6G, single / dual / quad link 2 SFP slots, configurable as input and/or output Trilevel / blackburst input 8 balanced inputs via D-Sub connector Formats Standards 4x BNC connector Serial Digital Component , 10 / 12 Bit, SD / HD / 3G / 6G , single / dual / quad link 2 SFP slots, configurable as input and/or output 8 balanced outputs via D-Sub connector Video Processing Interfacing Processing Colour Space 10 / 12 Bit 12 / 14 Bit ITU-R BT.601, ITU-R BT.709, ITU-R BT.2020 GPI SDI 3G SDI SFP Genlock AES Output SDI 12G UHDTV-1 via 4x 3G ð 12G UHDTV-1 via 2x 6G Input Connector No. of Inputs No. of Outputs 4096x2160p (60, 59.94, 50, 30, 29.97, 25 Hz) 3840x2160p (60, 59.94, 50, 30, 29.97, 25 Hz) 1920x1080p (60, 59.94, 50 Hz) 1920x1080i (60, 59.94, 50 Hz) 1280x720p (60, 59.94, 50 Hz) 720x488i (59.94 Hz) 720x576i (50 Hz) ITU BT.656 / SMPTE 259M (270 MBit) SMPTE 292M (1.485 GBit) SMPTE 424M Level A & B-DL (2.97 GBit) SMPTE 2036-1 (UHDTV-1) SMPTE 435 (Quad 3G SDI) (available formats and standards depend on options) Physical Temperature Humidity Power Requirements 0°C - 35°C (operation) -20°C - 75°C (storage) 10% - 90% non condensing 16 Watts 8-pin Terminal Block 2 2 SDI XFM50MPCUHD-A SDI SDI Fiber Fiber Fiber Fiber Fiber Fiber Fiber Available I/O Panels Fiber SDI SDI Name 6G XFM50-MPCUHD-A-S XFM50-MPCUHD-A-H XFM50-MPCUHD-A-HF Layout Region of Interest (ROI) Selection XFM50-MPCUHD-A supports to use the enhanced resolution of UHDTV to shoot a given scene in full view and then select one or more Regions of Interest to be used as subimages. Thanks to the high resolution of UHDTV these subimages are available in Full HD resolution, pixel by pixel without any need for scaling. This method enhances the workflow as it is possible to select the Regions of Interest in Post Production and not while shooting the scene anymore. ROI 1 ROI 2 UHDTV Source SDI Inputs 4 BNC 4 HD-BNC 4 HD-BNC, 2 Fiber (SFP) SDI Outputs 4 BNC 8 HD-BNC 4 HD-BNC, 2 Fiber (SFP) AES Inputs ROI 1 ROI 2 8 via D-Sub 8 via D-Sub 8 via D-Sub AES Outputs 8 via D-Sub 8 via D-Sub 8 via D-Sub
  • 4. XFM50-MPCUHD-A UHDTV / 3G / HD / SD Multi Purpose Converter Some facts about UHDTV Bandwidth The main advantages of UHDTV are greater resolution and greater color space. This results in increasing bandwidth needs. Compared to 3G HD an UHDTV-1 signal demands a bandwidth which is four times higher, compared to 1.5G HD even eight times higher. This results in a UHDTV-1 transmission with a resolution of 50, 59.94 or 60 frames per second requiring a SDI connection capable of transporting 12 GBit per second. As the SDI standard which will be able to transport such a high bandwith on a single cable is only available as a SMPTE proposal, several standards which make use of two or more parallel cable connections have been defined. Usual connections are Dual Link 6G or Quad Link 3G. Image Area Overview UHDTV-1 increases the resolution compared to Full HD in both horizontal and vertical direction by a factor of two. Only progressive formats are supported which means that no deinterlacing is required when working in UHDTV. This figure illustrates the image sizes of common standards used in broadcast and TV production environments. UHDTV-1 4K / UHDTV - Conversion Description Supported Functions • Downconversion UHDTV > HD 1080i, 720p, SD • Downconversion UHDTV > HD 1080p • Upconversion SD, HD 720p, 1080i > UHDTV • Upconversion HD 1080p > UHDTV • Color Space conversion and Legalizing • Scaling • Region of Interest (ROI) selection • Cropping • Frame Synchronisation, Genlock • AES Audio embedding / deembedding • Test pattern • Diagnosis • GPI XFM50-MPCUHD-A is a multi purpose converter solution. It comprises a powerful and flexible set of functionality especially selected to support high level processing for high resolution UHDTV video material. The module is part of the XFM50 modular system family and uses the signal processing platform XFM50-SPC. I/O Interfacing Real time processing of UHDTV video material pushes the date rate up to 12 GBit/sec, depending on the format. The module supports and converts between • QUAD-LINK (4 x 3G, 4 x 1.5G) copper transmission • DUAL-LINK (2 x 6G, 2 x 3G, 2 x 1.5G) copper transmission • Fiber interfacing in various configurations HD 1080 Formats The module supports the UHDTV-1 resolutions 3.840 x 2.160 and 4.096 x 2.160. 3G, HD and SD signals are also supported. It handles mapping structures given by SMPTE 2036-3 as well as Quad split with 4:2:2 and 4:4:4 sampling. HD 720 SD-PAL SD-NTSC UHDTV related processing The primary purpose of XFM50-MPCUHD-A is bridging between the different Ecosystems, like common HD and SD formats and UHDTV. It therefore comes with unique features which ease integration of UHDTV in common workflows. As an example, Region of Interest selection chooses one or two HD or SD sub-images from an UHDTV image and outputs them in the desired format. Functional Blockdiagram UHDTV , HD & SD Resolution and Bandwidth Overview This table gives a short overview which bandwidth is needed for which format and which SDI connection is able to handle it. Pixels per Line Lines per Frame Frames per Second 1.5G SDI 3G / 2x 1.5G SDI 6G / 2x 3G / 4x 1.5G SDI 12G / 2x 6G / 4x 3G SDI 3G Fiber 6G Fiber 3840 2160 60p, 59.94p û û û ü û û ü 3840 2160 50p û û û ü û û ü 3840 2160 30p, 29.97p û û ü ü û ü 2160 25p û û ü ü û ü 1080 60p, 59.94p û ü ü ü ü ü 1080 50p û ü ü ü ü ü ü 1920 1080 30p, 29.97p ü ü ü ü ü ü SDI ü 1920 1080 25p ü ü ü ü ü ü ü 1920 1080 60i, 59.94i ü ü ü ü ü ü ü 1920 1080 50i ü ü ü ü ü ü 720 60p, 59.94p ü ü ü ü ü ü 720 50p ü ü ü ü ü ü Scaling, ROI selection, Crop SDI Output Interface Copper 3G/6G SDI SDI Deinterlacing Color Space Conversion, Legalization ü 1280 Up/Down Conversion, Format Conversion Aspect Ratio Conversion SDI ü 1280 SDI Frame Synchronization Input Interface Copper ü 1920 3G/6G ü 1920 SDI ü 3840 Real Time Signal Processor SDI 10G Fiber ü 1280 720 30p, 29.97p ü ü ü ü ü ü 720 25p ü ü ü ü ü ü ü 720 488 59.94i ü ü ü ü ü ü ü 720 576 50i ü ü ü ü ü ü Test Pattern Generation 64 channel Audio Processing ü 1280 I/O Interface 2x SFP SDI MADI HDMI ü 8x AES Video Reference AES Input Interface AES Output Interface AES AES AUX Processor 8x AES GPIO CPU Control XForm Systems GmbH This document gives a general description and shall not be used as part of any contract without formal confirmation by XForm Systems GmbH. XForm Systems reserves the right to make changes without notice. All mentioned trademarks are subject to their owners. Copyright XForm Systems GmbH 2014 Version2 19.02.2014 Spechtweg 1, D-38108 Braunschweig Telephone +49 531 302928 91 Facsimile +49 531 302928 99 E-Mail: info@xformsystems.de Internet: www.xformsystems.de DARS L TC Ethernet L TC