MATRIX VISION - mvHYPERION Technical Documentation
Technical Data

mvHYPERION-CLx

Block diagrams

The following block diagrams show schematically how the different mvHYPERION-CLx are designed.

Figure 1: mvHYPERION-CLb block diagram | mvHYPERION-CLe block diagram
Figure 2: mvHYPERION-CLm block diagram | mvHYPERION-CLf block diagram

Connectors

The mvHYPERION supports the serial communication over CameraLink™ cable as described in the CameraLink™ specification. The driver offers a serial interface without the need of a host PC's COM port. During the boot sequence of the operating system the serial interface is initialized. Normally, manufacturers of CameraLink™ cameras provide software to parameterize the camera. If this software abides by the specification, it will access our serial interface driver automatically.

Note
For Linux there is no CameraLink™ specified library. Therefore we ship CameraLink™ compliant library libclserMV.so which can be found in the lib directory.
Figure 3: mvHYPERION-CLe
Figure 4: mvHYPERION-CLf

Status LEDs

Figure 5: Rev. 1.x
LED Name Description
D9 FPGA state Green: FPGA is loaded
D10 PCI Express® connection state Green: No problem with connection
Figure 6: Rev. 3.x
LED Name Description
D9 FPGA state Green: FPGA is loaded
D10 PCI Express® x4 connection state Green: No problem with connection (PCI Express host supports 4 lanes)
D24 PCI Express® x1 connection state Green: No problem with connection (PCI Express host supports 1 lanes)

Use of J1..J4

Connector usage mvHYPERION
  -CLb -CLe -CLm -CLf
J1 Camera 1 (BASE 1) Camera 1 (BASE 1) Camera 1 (BASE 1) Camera 1 (BASE 1)
J2 - Camera 1 (MEDIUM 1) or camera 2 (BASE 2) Camera 1 (MEDIUM 1) or camera 2 (BASE 2) Camera 1 (MEDIUM 1) or camera 1 (FULL 1)
J3 Camera 1 trigger / sync / strobe / power connector Camera 1 trigger / sync / strobe / power connector Camera 1 trigger / sync / strobe / power connector Camera 1 trigger / sync / strobe / power connector
J4 - Camera 2 trigger / sync / strobe / power connector Camera 2 trigger / sync / strobe / power connector Additional connector with trigger / sync / strobe / power

Pinning J1/J2 (CL configuration)

Figure 7: Mini CameraLink connector (female)
Pin J1/J2 (used as) BASE (used as) MEDIUM (used as) FULL
  Signal Type Signal Type Signal Type
1 Internal shield or Power PoCL (+12V or Ground) Internal shield or Power PoCL (+12V or Ground) Internal shield or Power PoCL (+12V or Ground)
14 Internal shield Ground Internal shield Ground Internal shield Ground
25 X0- Input 1- Y0- Input 1- Y0- Input 1-
12 X0+ Input 1+ Y0+ Input 1+ Y0+ Input 1+
24 X1- Input 2- Y1- Input 2- Y1- Input 2-
11 X1+ Input 2+ Y1+ Input 2+ Y1+ Input 2+
23 X2- Input 3- Y2- Input 3- Y2- Input 3-
10 X2+ Input 3+ Y2+ Input 3+ Y2+ Input 3+
22 Xclk- Input 4- Yclk- Input 4- Yclk- Input 4-
9 Xclk+ Input 4+ Yclk+ Input 4+ Yclk+ Input 4+
21 X3- Input 5- Y3- Input 5- Y3- Input 5-
8 X3+ Input 5+ Y3+ Input 5+ Y3+ Input 5+
20 SerTC+ Output 6+ Not used - - Not used, Input 6+
7 SerTC- Output 6- Not used - - Not used, Input 6-
19 SerTFG- Output 7- Not used 100 Ohm terminated Z0- Input 7-
6 SerTFG+ Output 7+ Not used 100 Ohm terminated Z0+ Input 7+
18 CC1- Output 8- Not used 100 Ohm terminated Z1- Input 8-
5 CC1+ Output 8+ Not used 100 Ohm terminated Z1+ Input 8+
17 CC2+ Output 9+ Not used 100 Ohm terminated Z2- Input 9-
4 CC2- Output 9- Not used 100 Ohm terminated Z2+ Input 9+
16 CC3- Output 10- Not used 100 Ohm terminated Zclk- Input 10-
3 CC3+ Output 10+ Not used 100 Ohm terminated Zclk+ Input 10+
15 CC4+ Output 11+ Not used 100 Ohm terminated Z3- Input 11-
2 CC4- Output 11- Not used 100 Ohm terminated Z3+ Input 11+
13 Internal shield Ground Internal shield Ground Internal shield Ground
26 Internal shield Ground Internal shield or Power PoCL (+12V or Ground) Internal shield or Power PoCL (+12V or Ground)

Pinning J3 (Camera 1: Trigger/Flash/Power)

Figure 8: 8-pin Binder Line 711 (female)
Pin. Signal Cable (KS99-0285)
1 +12 V DC (0.7A/2A) (camera power) Red
2 Trigger-Out1 (+) -> Collector White
3 Trigger-Out1 (-) -> Emitter Brown
4 Trigger-In1 (+) -> Anode Green
5 Trigger-In1 (-) -> Cathode Yellow
6 Sync-In1 (+) -> Anode Gray
7 Sync-In1 (-) -> Cathode Pink
8 GND (camera power) Blue

Pinning J4 (Camera 2: Trigger/Flash/Power)

Pin. Signal Cable (KS99-0285)
1 +12 V DC (0.7A/2A) (camera power) Red
2 Strobe-Out2 (+) -> Collector White
3 Strobe-Out2 (-) -> Emitter Brown
4 Trigger-In2 (+) -> Anode Green
5 Trigger-In2 (-) -> Cathode Yellow
6 Sync-In2 (+) -> Anode Gray
7 Sync-In2 (-) -> Cathode Pink
8 GND (camera power) Blue

Recommended plugs for 8-pin Binder series 711:

  • 711: Binder ordering no. 99-0479-100-08 / 99-0479-102-08

Detailed information: http://www.binder-connector.de

Pinning J5 (Power supply (floppy))

You can connect a free power supply cable for floppy drives on connector J5 to increase the available current on the power supply pins on J3 and J4 to 2A.

  Pin Signal
g1_fpw.png 1 +12 V
2 Ground
3 Ground
4 Not connected

Pinning J6 (internal digital I/Os)

Figure 9: J6
Pin Signal Signal direction
1..5 used internally (do not connect!)
6 Ground Ground
7 +5V out +5V DC power supply
8 +3.3V out +3.3V DC power supply
9..12 GPIN0..3 LVTTL(3.3V) input.
not 5V tolerant!
13..16 GPOUT0..3 LVTTL(3.3V) output.
not 5V tolerant!
17 Ground Ground
18 +12V DC Out +12V DC power supply
19 +12V DC Out +12V DC power supply
20 Ground Ground

IDC multi-pin connector 2 x 10 Pol RM 2.54 x 2.54 mm.

Attention
"Overload and overvoltage"

Pins are not opto-isolated, feature no EMC filter and are not protected against overload and overvoltage. Digital signals (pins 9-16) are LVTTL signals and not 5V tolerant. Failure to take this into account may result in the destruction of the board.
Without an additional card with corresponding snubbers these signals must not conducted!

Switches

mvHYPERION
-CLb -CLe -CLm -CLf
Switch S1
Flash memory
  Position Comment
cle_s3.png Def. Case of need FPGA version is loaded (write protected)
User FPGA version, which can be updated, is loaded.
Switch S2
Switch between TTL (5V) and PLC (24V) as well as Trigger and Sync on connector J3
  Position Comment
    Trigger (1) Sync (2)
g1_s2.png on TTL (5V) TTL (5V)
off PLC (24V) PLC (24V)
Switch S3
Switch between TTL (5V) and PLC (24V) as well as Trigger and Sync on connector J4
  Position Comment
    Trigger (1) Sync (2)
g1_s2.png on TTL (5V) TTL (5V)
off PLC (24V) PLC (24V)

Digital I/Os

Figure 10: Trigger-In mvHYPERION-CLx
Figure 11: Trigger-In mvHYPERION-CLx
Figure 12: Trigger-Out mvHYPERION-CLx

Opto-isolated digital inputs

TTL compatible threshold (standard):

VIH, max: 25V (VIH, max = maximum input voltage, which causes an active signal)
VIH, min: 4V (VIH, min = minimum input voltage, which causes an active signal)
VIH, typ 5V..24V (VIH, typ = typical input voltage, which causes an active signal)
VIL, max 1V (VIL, max = maximum input voltage, which causes an inactive signal)
VIL, min -30V (VIL, min = minimum input voltage, which causes an active signal)
Ii, max 20mA (li, max = maximum input current)

PLC compatible threshold (additionally external protective circuit of Z diodes necessary):

VIH, max: 37V (VIH, max = maximum input voltage, which causes an active signal)
VIH, min: 15V (VIH, min = minimum input voltage, which causes an active signal)
VIL, max 13V (VIL, max = maximum input voltage, which causes an inactive signal)
VIL, min -30V (VIL, min = minimum input voltage, which causes an active signal)
Ii, max 20mA (li, max = maximum input current -> controlled internally)

Max. input frequency of the opto-isolated inputs: 10MHz
An additional series resistor is not necessary at the inputs. The inputs own an internal current limitation and are protected up to -30V against polarity.

Opto-isolated digital output

Attention
"Overload"

The output is not overload protected and doesn't feature a free-wheeling diode!

There are following conditions:

VCEO, max (typ): 35V (VCEO, max = max. voltage between C (pin 2) and E (pin 3) on opened transistor)
VECO, max: 0.3V (VCEO, max = max. voltage between E (pin 3) and C (pin 2) on opened transistor)
VCE, sat 1.5V (VCE, sat = max. voltage between C (pin 2) and E (pin 3) on active transistor and IC, max)
IC, max 200mA (IC, max. = max. current which is allowed to flow to the direction of C (pin 2))
tr, max 5us (rise (on) time)
tf, max 2ms (fall (off) time HW rev. 1.xx)
tf, max 20us (fall (off) time HW rev. 2.00)

The output is not protected against overvoltage, overload and polarity reversal.

Digital I/Os (J6)

LVTTL-IN parameters (GPIN3..0)

VIH, max..min: 3.9V...2.0V (VIH, max = permissible input voltage, which causes an active signal)
VIL, max..min: 0.8V...-0.3V (VIL, max = permissible input voltage, which causes an inactive signal)
Iin, max: ±0,1mA (Iin,max = maximum input current)

LVTTL-OUT parameters (GPOUT3..0 and I2C-SCL)

OH, min: 2.4V (OH, mix = minimum active output voltage with Iout = -2mA output current)
OL, max: 0.4V (OL, max = maximum inactive output voltage with Iout = +2mA output current)
Iout, max: ±4mA (Iout, max = maximum output current)

LVTTL-OC parameters (I2C-SDA)

VIH, max..min: 3.9V...2.0V (VIH, max = permissible input voltage, which causes an active signal)
VIL, max..min: 0.8V...-0.3V (VIL, max = permissible input voltage, which causes an inactive signal)
IOL, max: 0.5V (IOL, max = maximum output voltage with internal driven inactive signal)
IL, max: 3.5V (OL, max = maximum input voltage with internal driven inactive signal)

Components

  mvHYPERION
  -CLb -CLe -CLm -CLf
Video input  
Signal format CameraLink ™ (MiniCL)
Video input 1x BASE 2x BASE or 1x MEDIUM 2x BASE or 1x MEDIUM 1x BASE or 1x MEDIUM or 1x FULL
Max. CL clock 85 MHz
Supported CL specification 1.2
 
Resolution  
Horizontal / vertical 64 K / not limited
 
Pixel formats  
RGB 24 / 30 / 32 bit
Gray 8 / 10 / 12 / 14 / 16 bit
 
Interface  
Bus PCI Express® x1 PCI Express® x4
Continuous data rate Max. 200 MB/s Max. 620 MB/s
Peak data rate Max. 250 MB/s Max. 1 GB/s
Payload size Up to 512 Bytes Up to 256 Bytes
 
Digital in and outputs  
Trigger-In 1, differential, opto-isolated, 5 to 24V 2, differential, opto-isolated, 5 to 24V
Strobe-Out 1, differential, opto-isolated, max. 30V, 100mA 2, differential, opto-isolated, max. 30V, 100mA
Sync-In 1, differential, opto-isolated, 5 to 24V 2, differential, opto-isolated, 5 to 24V
 
Current consumption  
PCIe 3.3V Max. 1A
PCIe 12V Max. 0.05A + camera power
Camera supply Via PCI Express® 12V max. 0.7A fused Via PCI Express® 12V max. 2A fused
  Via additional floppy power plug up to 2A -
 
Environmental conditions  
Ambient temperature 0 up to 45 C 0 up to 60 C 0 up to 45 C
Storage temperature -20 up to 70 C
Humidity 10 up to 90 % non-condensing
 
Dimensions  
Length 147 mm 155 mm
Width 95 mm 111.5 mm

Device Feature And Property Lists

mvHYPERION-CLm

ProductFeatures
Feature Name Min Max Inc Valid Values Documentation
ProductFeatures This list has been created with driver version '2.44.0' and Firmware version '85'. This does NOT imply that all these features will only be available since these versions. They might be available in previous ones as well.
Feature Name Min Max Inc Valid Values Documentation
Camera This list contains features to control the device
Type - - - CameraLink_Generic,
CameraLink_Adimec_PEARL,
CameraLink_Atmel_C2-CL-4K,
CameraLink_Basler_A102kc,
CameraLink_Basler_A402k,
CameraLink_Basler_A403k,
CameraLink_Basler_A404k,
CameraLink_Basler_L10xk-1k,
CameraLink_Basler_L10xk-2k,
CameraLink_Basler_L40xk,
CameraLink_Basler_spL4096-140km,
CameraLink_Basler_spLxxxx-xk,
CameraLink_Baumer_SXC40,
CameraLink_C-CAM_BCi4-6600-B,
CameraLink_C-CAM_BCi4-6600-M,
CameraLink_C-Cam_BCi5-40-B,
CameraLink_C-CAM_BCix-1300-B,
CameraLink_C-CAM_BCix-1300-M,
CameraLink_C-CAM_FCi4-14000-B,
CameraLink_C-CAM_FCi4-14000-M,
CameraLink_DALSA_HS-40-04k40,
CameraLink_Dalsa_HS-80-08k80,
CameraLink_DALSA_P2-2x-01Kxx,
CameraLink_DALSA_P2-2x-02Kxx,
CameraLink_DALSA_P2-2x-04Kxx,
CameraLink_DALSA_P2-2x-06Kxx,
CameraLink_DALSA_P2-2x-08Kxx,
CameraLink_DALSA_P2-4x-04kxx,
CameraLink_DALSA_P2-4x-06kxx,
CameraLink_DALSA_P2-4x-08kxx,
CameraLink_DALSA_P3-8x-08k40,
CameraLink_DALSA_P3-8x-12k40,
CameraLink_DALSA_S2-1x-01kxx,
CameraLink_DALSA_S2-1x-02kxx,
CameraLink_DALSA_S2-1x-05hxx,
CameraLink_DALSA_S2-22-04K40,
CameraLink_e2V_AViiVA-UM4-CL-8k,
CameraLink_e2V_AViiVA-UM8-CL-12k,
CameraLink_e2V_ELiiXA-UC8-CL-4k,
CameraLink_Hitachi_HV-F31,
CameraLink_Hitachi_HV-F31CL,
CameraLink_Hitachi_KP-F100CL,
CameraLink_Hitachi_KP-F200CL,
CameraLink_Hitachi_KP-F200SCL,
CameraLink_Hitachi_KP-F22,
CameraLink_Hitachi_KP-F30SCL,
CameraLink_Hitachi_KP-F500xCL,
CameraLink_Hitachi_KP-FD500xCL,
CameraLink_Hitachi_KP-FR500xCL,
CameraLink_Jai_CV-L107CL,
CameraLink_Jai_CV-M8CL,
CameraLink_Jai_CV-M9CL,
CameraLink_MATRIX-VISION_CL-SimulatorBoard,
CameraLink_Mikrotron_Eosens-B,
CameraLink_Mikrotron_Eosens-M,
CameraLink_Mikrotron_MC1310,
CameraLink_PhotonFocus_MV-D640C-66-CL-10,
CameraLink_PhotonFocus_MV2-D1280-640-CL-8,
CameraLink_PULNiX-TM6710CL,
CameraLink_SENTECH_CLC202A,
CameraLink_SENTECH_CLC33A,
CameraLink_SENTECH_CLC83,
CameraLink_SiliconImaging_SI-1280-F-CL,
CameraLink_SiliconImaging_SI-1920HD,
CameraLink_Sony_DXC-C33,
CameraLink_Sony_XC-73CE,
CameraLink_Sony_XCL-5000,
CameraLink_Sony_XCL-5005,
CameraLink_Teli_CS3960DCL,
CameraLink_Teli_CSB1100CL-10,
CameraLink_Teli_CSC12M25BMP19,
CameraLink_Tichawa_MINICIS3400,
CameraLink_Toshiba_IK-TF9C,
CameraLink_VDS_CCD-16000,
CameraLink_Vistec_SVS4021
-
AoiMode - - - Full,
User
-
PixelFormat - - - Auto,
Mono8,
Mono10,
Mono12,
Mono12Packed_V1,
Mono14,
Mono16,
RGB888Packed,
RGBx888Packed,
RGB101010Packed,
RGB121212Packed
Defines the transfer pixel format from the capture device into the host systems memory. This can differ from the pixel format delivered to the user application if needed.
ImageRequestTimeout_ms 0 ms INT_MAX 1 ms - Defines the timeout for the request in ms. Once the timeout has elapsed the request object is returned to the user even if no data has been captured into it. The timespan taken into account for the measurement starts when the driver begins to capture data into this particular buffer! So when queuing 4 buffers with a timeout of 3000 ms each and no data being transmitted by the device will cause the last buffer to time out 3000*4 = 12000 ms AFTER the buffer has been queued and the acquisition has been started. A timeout of 0 never elapses.
InterlacedMode - - - On,
Off
-
AcquisitionField - - - Auto,
Odd,
Even,
Any
-
ScanRateMode - - - Auto,
User
-
ScanRate_kHz 10 INT_MAX 10 - -
Feature Name Min Max Inc Valid Values Documentation
Aoi This list contains features to describe an Area Of Interest(AOI)
X - - - - -
Y - - - - -
W 0 65535 8 - -
H 0 100000 - - -
Feature Name Min Max Inc Valid Values Documentation
TriggerControls -
Feature Name Min Max Inc Valid Values Documentation
FrameStart -
TriggerMode - - - Off,
On
-
TriggerSource - - - LineValid(J1),
LineValid(J2),
FrameValid(J1),
FrameValid(J2),
Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
HRTCtrl_0,
HRTCtrl_1
-
TriggerActivation - - - FallingEdge,
RisingEdge,
LevelLow,
LevelHigh
-
TriggerOverlap - - - Off,
PreviousFrame
-
TriggerDelayAbs_us 0.000000 DBL_MAX - - -
TriggerDelayLines 0 INT_MAX - - -
TriggerDivider 1 INT_MAX - - -
Feature Name Min Max Inc Valid Values Documentation
FrameStop -
TriggerMode - - - Off,
On
-
TriggerSource - - - LineValid(J1),
LineValid(J2),
FrameValid(J1),
FrameValid(J2),
Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
HRTCtrl_0,
HRTCtrl_1
-
TriggerActivation - - - FallingEdge,
RisingEdge,
LevelLow,
LevelHigh
-
TriggerOverlap - - - Off,
PreviousFrame
-
TriggerDelayAbs_us 0.000000 DBL_MAX - - -
TriggerDelayLines 0 INT_MAX - - -
TriggerDivider 1 INT_MAX - - -
Feature Name Min Max Inc Valid Values Documentation
AcquisitionStart -
TriggerMode - - - Off,
On
-
TriggerSource - - - LineValid(J1),
LineValid(J2),
FrameValid(J1),
FrameValid(J2),
Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
HRTCtrl_0,
HRTCtrl_1
-
TriggerActivation - - - FallingEdge,
RisingEdge,
LevelLow,
LevelHigh
-
TriggerOverlap - - - Off,
PreviousFrame
-
TriggerDelayAbs_us 0.000000 DBL_MAX - - -
TriggerDelayLines 0 INT_MAX - - -
TriggerDivider 1 INT_MAX - - -
Feature Name Min Max Inc Valid Values Documentation
IOSubSystem Digital I/O related features
Feature Name Min Max Inc Valid Values Documentation
PulseStartConfigurations -
Feature Name Min Max Inc Valid Values Documentation
PulseStartConfiguration0 -
PulseStartTrigger - - - DigitalSignal,
Periodically,
RotaryDecoder
Defines the selection between a digital signal, a periodically sequence or a software start signal.
DigitalSignal - - - LineValid(J1),
LineValid(J2),
FrameValid(J1),
FrameValid(J2),
Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10),
DigIn2(J6.11),
DigIn3(J6.12)
The signal that will trigger this pulse start configuration
Frequency_Hz 0.000 Hz - 0.050 Hz - -
Divider 1 INT_MAX - - -
TriggerMoment - - - FallingEdge,
RisingEdge
The moment the selected signal will trigger this pulse start configuration
Feature Name Min Max Inc Valid Values Documentation
RotaryDecoderCharacteristics -
RotaryDecoderID - - - - -
DigitalSignalA - - - Trigger-In(J3.4/J3.5),
DigIn0(J6.9),
DigIn2(J6.11)
-
DigitalSignalB - - - Sync-In(J3.6/J3.7),
DigIn1(J6.10),
DigIn3(J6.12)
-
CutOffFrequency - - - Low,
High
-
PulseMultiplication - - - X1,
X2,
X3,
X4
-
Direction - - - Right,
Left
-
Mode - - - InhibitBackward,
InhibitBackwardUntilLastPos,
NoInhibit
-
Reset@i - - - - -
Feature Name Min Max Inc Valid Values Documentation
PulseStartConfiguration1 -
PulseStartTrigger - - - DigitalSignal,
Periodically,
RotaryDecoder
Defines the selection between a digital signal, a periodically sequence or a software start signal.
DigitalSignal - - - LineValid(J1),
LineValid(J2),
FrameValid(J1),
FrameValid(J2),
Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10),
DigIn2(J6.11),
DigIn3(J6.12)
The signal that will trigger this pulse start configuration
Frequency_Hz 0.000 Hz - 0.050 Hz - -
Divider 1 INT_MAX - - -
TriggerMoment - - - FallingEdge,
RisingEdge
The moment the selected signal will trigger this pulse start configuration
Feature Name Min Max Inc Valid Values Documentation
RotaryDecoderCharacteristics -
RotaryDecoderID - - - - -
DigitalSignalA - - - Trigger-In(J4.4/J4.5),
DigIn0(J6.9),
DigIn2(J6.11)
-
DigitalSignalB - - - Sync-In(J4.6/J4.7),
DigIn1(J6.10),
DigIn3(J6.12)
-
CutOffFrequency - - - Low,
High
-
PulseMultiplication - - - X1,
X2,
X3,
X4
-
Direction - - - Right,
Left
-
Mode - - - InhibitBackward,
InhibitBackwardUntilLastPos,
NoInhibit
-
Reset@i - - - - -
Feature Name Min Max Inc Valid Values Documentation
HardwareRealTimeController A list containing features to access the 'H'ardware 'R'eal'T'ime 'C'ontroller(s)(HRTC)
Feature Name Min Max Inc Valid Values Documentation
HRTCtrl_0 -
ProgramSize 0 256 1 - The size(in program steps) of the HRTC program
Mode - - - Stop,
Run,
RunRestart
The current mode the HRTC program is in
ProgramState - - - - The current state of the HRTC program
Filename - - - - The name of the file used to load/store HRTC programs from/to
Load@i - - - - Calling this method will load the current HRTC program from a file specified by 'Filename'
Save@i - - - - Calling this method will store the current HRTC program in a file specified by 'Filename'
Feature Name Min Max Inc Valid Values Documentation
RTCtrProgram A list containing features to access and modify the program executed by a 'H'ardware 'R'eal'T'ime 'C'ontroller(HRTC) engine
Feature Name Min Max Inc Valid Values Documentation
Step0 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step1 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step2 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step3 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step4 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
HRTCtrl_1 -
ProgramSize 0 256 1 - The size(in program steps) of the HRTC program
Mode - - - Stop,
Run,
RunRestart
The current mode the HRTC program is in
ProgramState - - - - The current state of the HRTC program
Filename - - - - The name of the file used to load/store HRTC programs from/to
Load@i - - - - Calling this method will load the current HRTC program from a file specified by 'Filename'
Save@i - - - - Calling this method will store the current HRTC program in a file specified by 'Filename'
Feature Name Min Max Inc Valid Values Documentation
RTCtrProgram A list containing features to access and modify the program executed by a 'H'ardware 'R'eal'T'ime 'C'ontroller(HRTC) engine
Feature Name Min Max Inc Valid Values Documentation
Step0 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step1 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step2 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step3 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
Step4 Features in this list represent a single instruction belonging to a HRTC program
OpCode - - - Nop,
SetDigout,
WaitDigin,
WaitClocks,
Jump,
TriggerSet,
TriggerReset,
ExposeSet,
ExposeReset,
FrameNrReset,
JumpOnZero,
JumpOnNotZero,
RegisterSet,
RegisterAdd,
RegisterSub
Defines the HRTC instruction to be executed
Clocks_us 0 INT_MAX 1 - Defines a time span(in us)(usually associated with a 'Wait' instruction)
DigitalInputs - - - Off,
On,
Ignore
An integer vector property to configure the digital inputs(usually associated with a 'WaitDigIn' instruction). Hyperion digital inputs are mapped as: DigitalInputs[0] = LineValid(J1) DigitalInputs[1] = LineValid(J2) DigitalInputs[2] = FrameValid(J1) DigitalInputs[3] = FrameValid(J2) DigitalInputs[4] = Sync-In(J3.6/J3.7) DigitalInputs[5] = Sync-In(J4.6/J4.7) DigitalInputs[6] = Trigger-In(J3.4/J3.5)) DigitalInputs[7] = Trigger-In(J4.4/J4.5) DigitalInputs[8] = DigIn0(J6.9) DigitalInputs[9] = DigIn1(J6.10) DigitalInputs[10] = DigIn2(J6.11) DigitalInputs[11] = DigIn3(J6.12)
DigitalOutputs - - - Off,
On,
Keep
An integer vector property to configure the digital outputs(usually associated with a 'SetDigOut' instruction). Hyperion digital outputs are mapped as: DigitalOutputs[0] = HRTCtrl_0: CC1(J1), HRTCtrl_1: CC1(J2) DigitalOutputs[1] = HRTCtrl_0: CC2(J1), HRTCtrl_1: CC2(J2) DigitalOutputs[2] = HRTCtrl_0: CC3(J1), HRTCtrl_1: CC3(J2) DigitalOutputs[3] = HRTCtrl_0: CC4(J1), HRTCtrl_1: CC4(J2) DigitalOutputs[4] = HRTCtrl_0: Flash-Out(J3.2/J3.3), HRTCtrl_1: Flash-Out(J4.2/J4.3) DigitalOutputs[5] = HRTCtrl_0: Digital-Out3(J6.16), HRTCtrl_1: Digital-Out1(J6.14) DigitalOutputs[6] = HRTCtrl_0: Digital-Out2(J6.15), HRTCtrl_1: Digital-Out0(J6.13) DigitalOutputs[7] = Host-Interrupt DigitalOutputs[8] = TriggerController DigitalOutputs[9] = Not Used DigitalOutputs[10] = Not Used DigitalInputs[11] = Not Used
Address 0 255 1 - Defines an address(usually associated with a 'Jump' instruction)
FrameID 0 255 1 - An integer property to define a frame ID to be associated with a frame(usually associated with a 'TriggerSet' instruction)
SensorHeads - - - Off,
On,
Keep
An integer vector property to configure the sensor heads(usually associated with a 'Trigger' or 'Exposure' related instruction)(only available for devices with multiple sensor heads)
ControllerRegister 0 3 1 - -
RegisterValue 0 16777215 1 - -
Feature Name Min Max Inc Valid Values Documentation
DigitalOutputs -
ControlMode - - - PulseStartConfiguration,
HardwareRealTimeController
-
Feature Name Min Max Inc Valid Values Documentation
CC1(J1.18/J1.5) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
CC2(J1.17/J1.4) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
CC3(J1.16/J1.3) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
CC4(J1.15/J1.2) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
Flash-Out(J3.2/J3.3) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
CC1(J2.18/J2.5) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
CC2(J2.17/J2.4) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
CC3(J2.16/J2.3) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
CC4(J2.15/J2.2) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
Flash-Out(J4.2/J4.3) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
Digital-Out0(J6.13) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
Digital-Out1(J6.14) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn0(J6.9),
DigIn1(J6.10)
-
PulseStartConfiguration - - - PulseStartConfiguration0
-
Feature Name Min Max Inc Valid Values Documentation
Digital-Out2(J6.15) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
Digital-Out3(J6.16) -
Mode - - - Manual,
SinglePulse,
UserDefinedPulse,
DigitalInputPassThrough,
DigitalInputPassThroughInv,
HRTCControlled
-
State - - - On,
Off
-
Polarity - - - Low,
High
-
Delay_us 0 - 1 - -
Width_us 0 - 1 - -
StartLevel - - - Low,
High
-
PolaritySwitchAfter_us 0 - 1 - -
DigitalSignal - - - Trigger-In(J3.4/J3.5),
Sync-In(J3.6/J3.7),
Trigger-In(J4.4/J4.5),
Sync-In(J4.6/J4.7),
DigIn2(J6.11),
DigIn3(J6.12)
-
PulseStartConfiguration - - - PulseStartConfiguration1
-
Feature Name Min Max Inc Valid Values Documentation
DigitalInputs -
Trigger-In(J3.4/J3.5) - - - Off,
On,
Ignore
-
Sync-In(J3.6/J3.7) - - - Off,
On,
Ignore
-
Trigger-In(J4.4/J4.5) - - - Off,
On,
Ignore
-
Sync-In(J4.6/J4.7) - - - Off,
On,
Ignore
-
DigIn0(J6.9) - - - Off,
On,
Ignore
-
DigIn1(J6.10) - - - Off,
On,
Ignore
-
DigIn2(J6.11) - - - Off,
On,
Ignore
-
DigIn3(J6.12) - - - Off,
On,
Ignore
-

mvHYPERION-32R16

Block diagram

The following block diagram shows schematically how the mvHYPERION-32R16 is designed.

Figure 13: mvHYPERION-32R16 block diagram

Connectors

Figure 14: mvHYPERION-32R16

Status LEDs

LED Name Description
1 PCI Express® connection state Green: No problem with connection
2 FPGA state Green: FPGA is loaded

Pinning J1 (68-pol connector)

Figure 15: J1
Pin Signal Note Pin Signal Note
1 Power 5V 35 GND (G)
2 VIDEO_15 36 GND (G)
3 VIDEO30 Not used 37 GND (G)
4 VIDEO_14 38 GND (G)
5 VIDEO29 Not used 39 GND (G)
6 VIDEO_13 40 GND (G)
7 VIDEO28 Not used 41 GND (G)
8 VIDEO_12 42 GND (G)
9 VIDEO27 Not used 43 GND (G)
10 VIDEO_11 44 GND (G)
11 VIDEO26 Not used 45 GND (G)
12 VIDEO_10 46 GND (G)
13 VIDEO25 Not used 47 GND (G)
14 VIDEO_9 48 GND (G)
15 VIDEO24 Not used 49 GND (G)
16 VIDEO_8 50 GND (G)
17 VIDEO23 Not used 51 GND (G)
18 VIDEO_7 52 GND (G)
19 VIDEO22 Not used 53 GND (G)
20 VIDEO_6 54 GND (G)
21 VIDEO21 Not used 55 GND (G)
22 VIDEO_5 56 GND (G)
23 VIDEO20 Not used 57 GND (G)
24 VIDEO_4 58 GND (G)
25 VIDEO19 Not used 59 GND (G)
26 VIDEO_3 60 GND (G)
27 VIDEO18 Not used 61 GND (G)
28 VIDEO_2 62 GND (G)
29 VIDEO17 Not used 63 GND (G)
30 VIDEO_1 64 GND (G)
31 VIDEO16 Not used 65 GND (G)
32 VIDEO_0 66 GND (G)
33 RS-485 TXP 67 RS-485 TXN
34 RS-485 RXP 68 RS-485 RXN

Manufacturer of the connector: Nexus
Part No.: 32040168R

Audio

Both audio connectors (left and right) are Cinch connectors.

Components

  mvHYPERION
  -32R16
Video  
Input signal Interlaced, gray scale
  Interlaced, color
50Hz PAL
60Hz NTSC
Number of video inputs 32
 
Audio  
  2 (Cinch)
 
Resolution  
Digitalization According to D1 digital video format
Storage According to D1 digital video format
Memory format YUV 4:2:2 packed/planar
 
Interface  
Bus PCI Express® x4
Continuous data rate Max. 640 MB/s
Peak data rate Max. 1 GB/s
Payload size Up to 256 Bytes
 
Current consumption  
PCIe 3.3V 5W
PCIe 12V 4W
 
Environmental conditions  
Ambient temperature 0 up to 45 C
Storage temperature -20 up to 70 C
Humidity 10 up to 90 % non-condensing
 
Dimensions  
Length 170 mm
Width 111.1 mm

mvHYPERION-HD-SDI

Block diagram

The following block diagram shows schematically how the mvHYPERION-HD-SDI is designed.

Figure 16: mvHYPERION-HD-SDI-2 block diagram

Connectors

Figure 17: mvHYPERION-HD-SDI-2

Use of J1..J2

Connector usage mvHYPERION
  -HD-SDI-2
J1 Camera 1 (3G/HD-SDI signal)
J2 Camera 2 (3G/HD-SDI signal)

Pinning J5 (15-pol D-SUB/HD connector)

Figure 18: J5
Pin Signal Signal direction Level
1 Sync-Out 1 (Trilevel, 75R) OUT 1Vss (75R)
2 Sync-Out 2 (Trilevel, 75R) OUT 1Vss (75R)
3 Sync-Out 3 (Trilevel, 75R) OUT 1Vss (75R)
4 ID2 IN/OUT TTL (open collector)
5 Digital Ground RS-485 GND -
6 Ground Sync-Out 1 GND -
7 Ground Sync-Out 2 GND -
8 Ground Sync-Out 3 GND -
9 Camera Power Supply OUT +5VDC / >=10W (optional +12VDC)
10 Ground Sync GND -
11 ID0 IN/OUT TTL (open collector)
12 RS-485 TRX- IN/OUT RS485-
13 C/HSync-Out OUT TTL (push pull)
14 VSync-Out OUT TTL (push pull)
15 RS-485 TRX+ IN/OUT RS485+

Pinning J6 (internal digital I/Os)

Figure 19: J6
Pin Signal Signal direction Level
1 NC - -
2 Ground GND -
3 SCL IN/OUT LVTTL
4 Ground GND -
5 SDA IN/OUT LVTTL
6 Ground GND -
7 +5V power supply OUT +5V DC
8 +3.3V power supply OUT +3.3V DC
12..9 GPIN3..0 IN LVTTL(3.3V) input.
not 5V tolerant!
16..13 GPOUT3..0 OUT LVTTL(3.3V) output.
not 5V tolerant!
17 Ground GND -
18 +12V power supply OUT +12V DC
19 +12V power supply OUT +12V DC
20 Ground GND -

IDC multi-pin connector 2 x 10 Pol RM 2.54 x 2.54 mm.

Attention
"Overload and overvoltage"

Pins are not opto-isolated, feature no EMC filter and are not protected against overload and overvoltage. Digital signals (pins 9-16) are LVTTL signals and not 5V tolerant. Failure to take this into account may result in the destruction of the board.
Without an additional card with corresponding snubbers these signals must not conducted!

Components

  mvHYPERION
  -HD-SDI-2
supported signal formats  
Acquisition of 2 independent standard
HD-SDI signals or one standard 3G-SDI signal
Max. channels Format Frequency (fps) Video timing/ data mapping Physical layer Standard data Comment
2 1080p 23.98, 24, 25, 29.97, 30 SMPTE ST 274 SMPTE ST 292-1 YUV4:2:2 (2x10Bit)  
1 1080p 50, 59.94, 60 SMPTE ST 425 / Level A SMPTE ST 424-1 YUV4:2:2 (2x10Bit) Only channel 0 supported; Firmware version >= 86 required.
2 720p 23.98, 24, 25, 29.97, 30, 50, 59.94, 60 SMPTE ST 296 SMPTE ST 292-1 YUV4:2:2 (2x10Bit)  
2 1080i/psf 50, 59.94, 60 SMPTE ST 274 SMPTE ST 292-1 YUV4:2:2 (2x10Bit) The host system puts the two fields together to one frame.
Acquisition of up to 2 non-standard HD/3G-SDI signals
Max. channels Format Frequency (fps) Video timing/ data mapping Physical layer Non-standard data Comment
2 1080p 23.98, 24, 25, 29.97, 30 SMPTE ST 274 SMPTE ST 292-1 Raw(2k), Raw(12Bit)  
2 1080p 50, 59.94, 60 SMPTE ST 425 / Level A SMPTE ST 424-1 Raw(12Bit) Firmware version >= 86 required.
1 1080p 50, 59.94, 60 SMPTE ST 425 / Level A SMPTE ST 424-1 Raw(2k) Only channel 0 supported; Firmware version >= 86 required.
1 1080p 50(100), 59.94(119.88), 60(120) SMPTE ST 425 / Level A SMPTE ST 424-1 Raw(2in1) 2 frames in one - double image height; Only channel 0 supported; Firmware version >= 86 required.
2 720p 23.98, 24, 25, 29.97, 30, 50, 59.94, 60 SMPTE ST 296 SMPTE ST 292-1 Raw(2k), Raw(12Bit)  
 
Interface  
Bus PCI Express® x4
Continuous data rate Max. 640 MB/s
Peak data rate Max. 1 GB/s
Payload size Up to 256 Bytes
 
Current consumption  
PCIe 3.3V Max. 1A
PCIe 12V Max. 0.05A + camera power
Camera supply Via PCI Express® 12V fused
 
Environmental conditions  
Ambient temperature 0 up to 45 C
Storage temperature -20 up to 70 C
Humidity 10 up to 90 % non-condensing
 
Dimensions  
Length 155 mm
Width 111.1 mm