Related Manuals for Sony NU-IP40D
Summary of Contents for Sony NU-IP40D
- Page 1 4-588-632-12(1) 2017-08 IP Converter Instructions for Use Before operating the unit, please read this manual thoroughly and retain it for future reference. NU-IP40D © 2016 Sony Corporation...
- Page 2 Indications for Use/Intended Use This symbol indicates the manufacturer, and appears next to the manufacturer’s name and The Sony IP Converter’s (IPC) intended use is to address. distribute patient images acquired from modalities within a hospital or clinical environment in almost real-time.
- Page 3 IEC 60601-1 standards. If in doubt, consult qualified Sony service personnel. 3. Connecting the unit to other devices may increase the leakage current.
- Page 4 Corporation, may result in increased emissions or decreased immunity of the NU-IP40D. Guidance and manufacturer’s declaration – electromagnetic emissions The NU-IP40D is intended for use in the electromagnetic environment specified below. The customer or the user of the NU-IP40D should assure that it is used in such an environment.
- Page 5 Guidance and manufacturer’s declaration – electromagnetic immunity The NU-IP40D is intended for use in the electromagnetic environment specified below. The customer or the user of the NU-IP40D should assure that it is used in such an environment. IEC 60601 Immunity test Compliance level Electromagnetic environment –...
- Page 6 Guidance and manufacturer’s declaration – electromagnetic immunity The NU-IP40D is intended for use in the electromagnetic environment specified below. The customer or the user of the NU-IP40D should assure that it is used in such an environment. IEC 60601 Immunity test Compliance level Electromagnetic environment –...
- Page 7 Recommended separation distances between portable and mobile RF communications equipment and the NU-IP40D The NU-IP40D is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled. The customer or the user of the NU-IP40D can help prevent electromagnetic interference by maintaining a minimum distance between portable and mobile RF communications equipment (transmitters) and the NU-IP40D as recommended below, according to the maximum output power of the communications equipment.
- Page 8 For the customers in Canada SONY LIMITED WARRANTY - Please visit http://www.sonybiz.ca/pro/lang/en/ca/article/resources-warranty for important information and complete terms and conditions of Sony’s limited warranty applicable to this product. For the customers in Europe Sony Professional Solutions Europe - Standard Warranty and Exceptions on Standard Warranty.
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Page 9: Table Of Contents
Miscellaneous Table of Contents Errors .............26 Troubleshooting ..........27 Usage Precautions .........10 Licenses ............28 Specifications ..........28 Dimensions ............29 Introduction Pin Assignments ............ 30 When the NUA-AA10 analog adapter and the Features ............12 SMF-405 signal cable (not supplied) are High-Quality 4K/HD Transmissions ....12 attached .............. -
Page 10: Usage Precautions
Operating/installation environment the front panel indicator if the unit’s interior overheats. Avoid operating or installing the unit in locations If an error indication occurs, contact your local Sony exposed to the following. representative. ... - Page 11 If you do not turn on the network switch first, the sync SONY WILL NOT BE LIABLE FOR DAMAGES OF signal may be off and images may be distorted. In such ANY KIND RESULTING FROM A FAILURE TO cases, restart the unit.
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Page 12: Introduction
The IP converter can also receive video signals transmitted from other NU-IP40S or NU-IP40D IP converters and output them in HDMI Mounting to monitors using a bracket format. Connecting multiple IP converters via a network... -
Page 13: System Configuration Examples
Video cable Optical fiber cable Video signal transmission NU-IP40D or NU-IP40S Multipoint-to-Multipoint Example (Video Transmission Group Configuration) You can connect multiple senders to multiple receivers. By configuring video transmission groups, you can send specified images to specified receivers. You can construct a network video transmission system for medical procedures that consists of up to 4 senders and 16 receivers connected to the network at the same time via manual DIP switch configuration. -
Page 14: Network System Manager Software Example
Video cable Optical fiber cable Video signal transmission NU-IP40D or NU-IP40S Network System Manager Software Example When multiple senders and receivers are connected, you can use the Network System Manager software installed on a server computer to configure each IP converter remotely and send specified images to specified receivers. -
Page 15: Parts Identification
HDMI input connector (Type A) Input HDMI signals. Use a high-speed cable that is labeled with the appropriate cable-type logo. (We recommend a Sony manufactured cable.) Note Be sure to secure the HDMI cable as described in “Using the Cable Clamp”... -
Page 16: Using The Cable Clamp
Be sure to use a power supply device capable of MAIN and SUB network connectors (LC×2) supplying a voltage of 24 V and a current of 1 A or more. Connect 10GBASE-SR-compatible OM3 or OM4 optical However, the device should not be capable of supplying fiber cables here. - Page 17 Note Attachment of the supplied cable clamp may not be possible depending on the thickness (diameter) of the HDMI cable. Use an HDMI cable that fits the supplied cable clamp, or contact your local Sony representative.
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Page 18: Operations
Operations Network Settings Video transmission groups Receiver IP address The unit’s settings can be configured remotely via the network or manually via the unit’s DIP switches. Remote settings configuration requires a server Compression Mode Settings computer connected to the network and the Network ... -
Page 19: System Frequency Settings
System Frequency Settings Output Video Format Settings Configure the system frequency for network video Configure the output video format according to the transmissions. The sender side must be configured transmission video format. according to the video format of the video output device. For details on the relationship between the input video format and the transmission video format, see page 31. -
Page 20: Output Video Downconvert Settings
“DIP Switch Settings” (page 36). Output Video Downconvert Settings Network connector Acceptable IP address range (receiver) Specify whether to output the input (transmission) video on the receiver side in its original format, or whether to MAIN 192.168.10.100 to 192.168.10.115 downconvert its resolution for output. By configuring 192.168.11.100 to 192.168.11.115 the downconvert output setting, you can convert the resolution of 4K video outputs from modality devices... -
Page 21: Attaching The Dip Switch Cover
Attaching the DIP Switch Cover Replace the DIP switch cover, and secure it with the screw. Caution After configuring the settings, be sure to attach the DIP switch cover and secure it with the screw. The unit should always be operated with the DIP switch cover attached. -
Page 22: Connection Examples
Connection Examples Connection Example 1 (DVI Input, Network Redundancy Enabled) HD medical camera Optical network HD monitor (DVI connector) 1920×1080/50p switch HDMI-DVI conversion DVI cable cable Sender (IPC1) Receiver (IPC2) Optical fiber cable Video signal transmission DIP switch settings DIP switch 1 DIP switch 2 DIP switch 3 Sender... -
Page 23: Connection Example 2 (Analog Video Input, Network Redundancy Disabled)
Setting Sender (IPC1) Receiver (IPC2) Video input connector DVI-D – Output video format – 1920×1080/50p System frequency 50 Hz – Video transmission group Group 0 Group 0 192.168.10.32 192.168.10.100 IP address 192.168.11.32 192.168.11.100 Output video color space – Network redundancy Enabled Enabled Connection Example 2 (Analog Video Input, Network Redundancy Disabled) -
Page 24: Connection Example 3 (Multipoint-To-Multipoint, Video Transmission Group Setting)
The DIP switch settings will result in the following configurations. Setting Sender (IPC1) Receiver (IPC2) Video input connector Analog RGB – Output video format – 1920×1080/59.94p System frequency 59.94 Hz/60 Hz 59.94 Hz/60 Hz Video transmission group Group 3 Group 3 192.168.10.32 192.168.10.100 IP address... - Page 25 DIP switch settings DIP switch 1 DIP switch 2 DIP switch 3 Sender (IPC1) Sender (IPC2) Receiver (IPC3) Receiver (IPC4) Receiver (IPC5) Setting not required The DIP switch settings will result in the following configurations. Setting Sender (IPC1) Sender (IPC2) Receiver (IPC3) Receiver (IPC4) Receiver (IPC5)
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Page 26: Miscellaneous
Network synchronization in Blinking (green, 1-sec. sender. If the problem does not resolve itself after a UNLOCK(TX) progress (sender) interval) moment, contact your local Sony representative. <Receiver> Network synchronization is in progress on the NU-IP40D: Network synchronization in Blinking (green, 1-sec. -
Page 27: Troubleshooting
Be sure to check the following if a problem occurs. If the problem persists, contact your local Sony representative. The unit does not turn on / the SYSTEM indicator does not light. -
Page 28: Licenses
“Important Notice Regarding Software” on the 700 hPa to 1,060 hPa CD-ROM. Mass Approx. 0.7 kg (1 lb. 8.7 oz.) For details on source codes, contact your local Sony Input/output representative. Please refrain from inquiries about the contents of the source codes. Input... -
Page 29: Dimensions
SMF-405 signal cable (not supplied) are installed. Always verify that the unit is operating properly Output before use. SONY WILL NOT BE LIABLE FOR HDMI output DAMAGES OF ANY KIND INCLUDING, BUT HDMI connector (Type A) (1), HDCP not... -
Page 30: Pin Assignments
Pin Assignments When the NUA-AA10 analog adapter is attached Analog adapter NUA-AA10 (supplied) HD15 connector DVI connector on the unit HD15 connector Function Analog video input: R/Cr Analog video input: G/Y/VIDEO/Y (S VIDEO input) Analog video input: B/Cb/C (S VIDEO input) Not connected Ground Analog ground... -
Page 31: Supported Signal Formats (Input Video) And Transmission Formats
Component (RGB) Component (YCbCr) VIDEO S VIDEO Green G (Sync On Green) Y (Sync On Y) VIDEO Blue – Black – – – – Note When using the NUA-AA10 analog adapter and the SMF-405 signal cable, be sure to secure the adapter and cable using their screws to prevent disconnection. - Page 32 Input connectors Signal formats System frequency setting Transmission format HDMI 3840×2160/29.97p, 30p 4:2:2 YCbCr 8-bit 59.94 Hz/60 Hz 3840×2160/59.94p 4) 5) 3840×2160/50p 4:2:0 YCbCr 8-bit 50 Hz 3840×2160/50p 3840×2160/59.94p, 60p 4:2:0 YCbCr 8-bit 59.94 Hz/60 Hz 3840×2160/59.94p 4) 5) 4096×2160/25p 4:2:2 YCbCr 8-bit 50 Hz 4096×2160/50p...
- Page 33 PC signals When inputting analog RGB (HD15), DVI, or other PC signals, refer to the following table and configure the system frequency settings. The supplied NUA-AA10 analog adapter must be attached when inputting analog RGB (HD15) signals. DVI PC signal inputs will be automatically determined via DE (data enabling). VESA DMT Sync polarity System...
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Page 34: Supported Signal Formats (Output)
Supported Signal Formats (Output) Be sure to match the output video signal format with the transmission format. Failure to do so will result in an error. Output video Signal formats Transmission format color space setting 4:4:4 RGB 8-bit 1920×1080/50i 1920×1080/50i 4:2:2 YCbCr 8-bit YCbCr 4:4:4 RGB 8-bit... -
Page 35: Indicators
Blinks 3 times (orange) Other error Blinks 4 times (orange) If the indicator does not light (green) after turning the power on, contact a technician or your local Sony representative. Buzzer In addition to the SYSTEM indicator, a buzzer sound is emitted as a notification if a fan error is detected at unit startup. -
Page 36: Dip Switch Settings
DIP Switch Settings When performing remote configurations via a network, set all the DIP switches to their OFF (i.e., factory default) positions. DIP switch 1 (: Necessary; –: Not necessary) Number Setting Description Sender Receiver Operation mode setting Set to ON during manual configuration mode. - Page 37 DIP switch 2 (: Necessary; –: Not necessary) Number Setting Description Sender Receiver OFF: Operate as a receiver. (Use when connecting to a monitor.) Operation mode setting ON: Operate as a sender. (Use when connecting to a video output device.) Video transmission ...
- Page 38 Number Setting Description Sender Receiver Upconvert input video resolutions that are less than 1920×1080 so that the transmission resolution is 1920×1080. Input video upconvert OFF: Enable expanded mode to expand the resolution while – setting retaining the aspect ratio. ON: Enable dot-by-dot mode to insert a black border around the video image and convert the image as a whole to 1920×1080.
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Page 39: Systems That Include The Nu-Ip40S
Systems that Include the NU-IP40S Video transmission between the unit (NU-IP40D) and the NU-IP40S is possible. By using the unit in conjunction with the NU-IP40S, you can configure a network video transmission system that is capable of receiving a wide range of video signals (SDI, DVI, HDMI, analog RGB, component (RGB/YCbCr) VIDEO, S VIDEO, etc.), converting them to SDI or HDMI signals, and outputting them to monitors, recorders, and other... - Page 40 Note The unit (NU-IP40D) does not support 3D images. If 3D video signals are transmitted by the NU-IP40S, the NU-IP40D will only output the video signals. In such cases, manually configuring the settings on a 3D monitor connected on the receiver side allows you to display the 3D video.
- Page 41 Sony Corporation 1-7-1 Konan Minato-ku Tokyo, 108-0075 Japan...
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