Technical Data

Table of Contents

• BVS CA-GX0-xxxxxx-xxx12x / -xxx13x / -xxx16x
  • Dimensions
    • Standard model
    • Model without housing (on demand)
    • Tripod adapter
  • Connectors
    • Circular connector male
      • Pinning of cable KS-BCX-HR12
    • Characteristics of the digital inputs
      • Delay
    • Characteristics of the digital outputs
    • Example circuit 1: High-side switch uses power supply of the camera
    • Example circuit 2: High-side switch uses separate power supply
    • Example circuit 3: Control motorized lens with BVS CA-GX0
    • RJ45 100/1000 MBit Ethernet
    • RJ45 LED states
  • Signal LED
    • Typical start sequence (LLA)
    • Typical start sequence (DHCP)
    • Typical start sequence (Fixed IP)
    • General behavior
• BVS CA-GX0-xxxxxx-xxx14x (POE-I) / -xxxC4x (POE-IP67C)
  • Dimensions
    • Power over Ethernet model (POE-I)
    • Compact IP67 version (POE-IP67C)
  • Connectors
    • Circular connector male (POE-I Rev. 2.00)
    • Characteristics of the digital inputs
      • Delay
    • Characteristics of the digital outputs
    • M12 X-coded 100/1000 MBit Ethernet (option POE-I Rev. 2.00)
• BVS CA-GX2
  • Dimensions
    • Standard model with lens holder type 1 (-x2xxxx)
    • Standard model with lens holder type 2 (-x1xxxx / -x5xxxx)
    • Hi-res model with M42 mount (-xNxxxx)
  • Connectors
    • Circular connector male
    • Circular connector female
    • Characteristics of the digital inputs
      • Delay
    • Characteristics of the digital outputs
    • Example circuit 1: High-side switch uses power supply of the camera
    • Example circuit 2: High-side switch uses external (higher) power supply
    • RJ45 100/1000 MBit Ethernet
    • RJ45 LED states
    • Video iris
  • Signal LED
    • Typical start sequence (LLA)
    • Typical start sequence (DHCP)
    • Typical start sequence (Fixed IP)
    • General behavior
• Summary of components
  • Summary of available digital I/O's
• Summary of advanced features

BVS CA-GX0-xxxxxx-xxx12x / -xxx13x / -xxx16x

Dimensions

Standard model

Figure 1: Connectors BVS CA-GX0-xxxxxx-xxx12x / -xxx13x / -xxx16x

BVS CA-GX0-xxxxxx-xxx12x / -xxx13x / -xxx16x
Size of body (w x h x l)	39.8 x 39.8 x X mm

	C-Mount	CS-Mount
X	50	45

Lens protrusion	C-Mount	CS-Mount
	8 mm (9.5 mm with max. Ø 20 mm)	6 mm

Model without housing (on demand)

Figure 2: BVS CA-GX0 without housing

Tripod adapter

Figure 3: Dimensional drawing of tripod adapter

Connectors

Circular connector male

Figure 4: 12-pin (male; top view), digital I/O, power; orientation BVS CA-GX0

Pin.	Signal (-xxx12x / -xxx16x)	Signal (-xxx13x option, not available for all products)	Digital I/O color code of power supply MV-DC1201 BCSX IO; Rev. 2
1	GND (for PWR_IN)	GND (for PWR_IN)1	gray-pink (not available with Rev. smaller than 2)
2	PWR_IN	PWR_IN1
3	DigOut3 (ImpactControlCenter numbering: line3)	Reserved (do not use)	white
4	Opto DigIn0 (line4)	Opto DigIn0 (line4)	brown
5	DigOut2 (line2)	N.C.	green
6	DigOut0 (line0)	Opto DigOut0 (line0)	yellow
7	Opto DigIn_GND	Opto DigIn_GND	gray
8	RS232_RX	RS232_RX	pink
9	RS232_TX	RS232_TX	blue
10	DigOut_PWR_IN (12 to 24 V supply for the outputs)	Opto DigOut_PWR_IN (12 to 24 V supply for the outputs)	red (using MV-DC1201 BCSX IO: you have to add supply for the outputs)
11	Opto DigIn1 (line5)	Opto DigIn1 (line5)	black
12	DigOut1 (line1)	Opto DigOut1 (line1)	violet

¹ Using POE and an external power supply at the same time, the external power supply will be treated prioritized.

Connector (camera side): SAMWOO SNH-10-12 (RPCB) or equivalent
Plug (matching cable plug): Hirose HR10A-10P-12S (01) or equivalent

Pinning of cable KS-BCX-HR12

Pin.	CON 1 BVS CA-GX0 / BVS CA-GX2 | Signal	CON 2 open ended cable | Color
1	GND (for PWR_IN)	black
2	PWR_IN	brown
3	DigOut3 12 V to 24 V (ImpactControlCenter numbering: line3)	red
4	Opto DigIn0 3.3 V to 24 V (line4)	orange
5	DigOut2 (line2)	yellow
6	DigOut0 (line0)	green
7	Opto DigIn_GND	blue
8	RS232_RX	violet
9	RS232_TX	gray
10	DigOut_PWR_IN (12 to 24 V supply for the outputs)	white
11	Opto DigIn1 3.3 V to 24 V (line5)	white-black
12	Opto DigOut1 12 V to 24 V (line1)	white-brown
	Main connector shield	main shield

Color assignment following international code for UL wiring.

Characteristics of the digital inputs

Delay

Figure 5: Input switching times

Characteristics	Symbol	Test conditions	Typ.	Unit
Minimum trigger pulse width			5	us
Turn-On time	tON	24 V signal	10
Storage time	tS		25
Turn-Off time	tOFF		40

	-xxx12x / -xxx13x / -xxx16x
Notes
High level	+3 to +24 V
Low level	0 to +0.3 V
Threshold (Low --> High / High --> Low)	2.5 V +- 0.5 V
Imax	5 mA
	Figure 6: DigIn BVS CA-GX0-xxxxxx-xxx12x / -xxx13x

	PLC option (inputs with PLC levels only)
Notes	Not available in combination with -POE option. Inputs with highest tolerance against interferences.
High level	+11 to +24 V
Low level	0 to +8 V
Threshold (Low --> High / High --> Low)	9.5 V +- 1.5 V
Imax	16 mA
	Figure 7: DigIn BVS CA-GX0-xxxxxx-xxx16x ("PLC")

Characteristics of the digital outputs

	BVS CA-GX0-xxxxxx-xxx12x / -xxx16x
Delay	Figure 8: Output switching times (BVS CA-GX0)
Characteristics	Symbol Typ. Unit Turn-On time tON 20 us Rise time tR 10 Fall time tF 8 Turn-Off time tOFF 30 High level +12.0 V to +24 V Low level max. +1 V Iout 0.7 A static load 1.3 A dynamic load
Notes	Each output has a short circuit protection between 1 A and 1.7 A (generally 1.3 A). So if you combine two outputs with one load, the short circuit protection can have an effect.
	Figure 9: DigOut BVS CA-GX0
Features	- undervoltage detection - current limitation - overtemperature protection - short circuit protection

	BVS CA-GX0-xxxxxx-xxx13x (POE)
Delay	Figure 10: Output switching times (BVS CA-GX0-xxxxxx-xxx13x (POE))
Characteristics	Characteristics Symbol Test conditions Typ. Unit Turn-On time tON RL = 100 Ohm, VCC 10 V, IC = 2 mA 10 us Storage time tS 3 Turn-Off time tOFF 3 Turn-On time tON RL = 1.9 kOhm, VCC 5 V, IC = 16 mA 2 us Storage time tS 25 Turn-Off time tOFF 40   Comment Min. Typ. Max. Unit IC load current     15 mA VCE(sat) @ IC = 7 mA   0.4   V VOUT Output Voltage     30 V
Notes
	Figure 11: DigOut BVS CA-GX0-xxxxxx-xxx13x (POE) with example circuit
Features

Measurement conditions : V_CC = 24 V; -25 °C < T_J < 125 °C, R_L = 48 Ohm

Example circuit 1: High-side switch uses power supply of the camera

In this case you have to bridge pin 2 (external power supply) with pin 10 (the supply of the outputs):

Figure 12: Bridge circuit between pin 2 and pin 10

Example circuit 2: High-side switch uses separate power supply

Following figure shows, how to connect, for example, high power flash LEDs in series at the direct drive output at pin 3:

Figure 13: LEDs connected in series to pin 3 powered externally via pin 10

A 24V power supply is connected at pin 10. To protect the LEDs a series resistor is needed, which can be calculated in this way:

Voltage:

U_HS - (n * U_F) = U_D

Series resistor:

      U_D
R = --------
     0.7A

Power:

P = duty cycle * U_D * I

The duty cycle is a coefficient < 1, which defines the power of the resistor. It is the ratio of the time period while current flows compared to the total time. If the current always flows, "P = U * I" will be the determining factor. If the current only flows a hundredth of time (duty cycle 1%), a resistor with a hundredth of power will be enough.

Note

For the connected LEDs and the ground of the external power supply, you have to use the ground of the camera at Pin 1.

Attention

"Surge"

The series resistor has to handle the power, which depends on the duty cycle and the frequency. Otherwise surge is the result and can damage the used LEDs.

→ Calculate the suitable size of the series resistor using the above mentioned formulas.

Example circuit 3: Control motorized lens with BVS CA-GX0

It is possible to control a motorized lens using the BVS CA-GX0. However, an external micro relay is necessary which changes the polarity of the lens slider when triggered by the camera's digital output. The following figure shows an example circuit:

Figure 14: External micro delay

RJ45 100/1000 MBit Ethernet

With the -POE option, the camera is a class 2 compliant PoE device.

Figure 15: RJ45 pin numbering (female)

Pin.	Signal	I/O	Comment
1	BI_DA+	bi	data positive
2	BI_DA-	bi	data negative
3	BI_DB+	bi	data positive
4	BI_DC+	bi	data positive
5	BI_DC-	bi	data negative
6	BI_DB-	bi	data negative
7	BI_DD+	bi	data positive
8	BI_DD-	bi	data negative

Note

The Ethernet signals are galvanically isolated from the camera electronics and camera housing.

RJ45 LED states

States	LED1	LED2
1Gb transmission	Green light on	Yellow blink on
100Mb transmission	Green light off1	Yellow blink on

¹ Hardware Rev 5.xx - Green light on.

Signal LED

The BVS CA-GX0 features a RGB LED. There are following states:

Typical start sequence (LLA)

See also

LLA

State	LED color
FPGA loaded	White on
Self-test running	Green on
Waiting for Ethernet connection	White blink
LLA (auto IP)	Green blink
LLA got	Green on
Waiting for client	Blue on

Typical start sequence (DHCP)

See also

DHCP

State	LED color
FPGA loaded	White on
Self-test running	Green on
Waiting for Ethernet connection	White blink
DHCP request	Blue blink
DHCP got	Bright Blue
Waiting for client	Blue on

Typical start sequence (Fixed IP)

See also

Fixed IP

State	LED color
FPGA loaded	White on
Self-test running	Green on
Waiting for Ethernet connection	White blink
Fixed IP	Bright Green
Waiting for client	Blue on

General behavior

State	LED color
Starting ImpactControlCenter
Connected, streaming off	Yellow on
Streaming on	Green on
Error
	Red on

BVS CA-GX0-xxxxxx-xxx14x (POE-I) / -xxxC4x (POE-IP67C)

Dimensions

Power over Ethernet model (POE-I)

Figure 16: BVS CA-GX0-xxxxxx-xxx14x

Compact IP67 version (POE-IP67C)

Figure 17: BVS CA-GX0-xxxxxx-xxxC4x

Connectors

Circular connector male (POE-I Rev. 2.00)

Figure 18: M12 12-pin (male; top view), digital I/O, power;

Note

The power pinning is different to the circular connector male pinning due to the different cable color scheme.

Pin.	Signal	Description
1	PWR_IN 1
2	GND (for PWR_IN) 1
3	DigOut3	ImpactControlCenter numbering: line3, high side solid state relays
4	Opto DigIn0	line4, opto-coupler
5	DigOut2	line2, high side solid state relays
6	DigOut0	line0, high side solid state relays
7	Opto DigIn_GND	Ground for opto-coupler (In)
8	Opto DigIn2	line6, opto-coupler
9	Opto DigIn3	line7, opto-coupler
10	DigOut_PWR_IN	10 to 28 V supply for the high side outputs, ground via pin 2 "PWR_IN-/GND"
11	Opto DigIn1	line5, opto-coupler
12	DigOut1	line1, high side solid state relays

¹ Using POE and an external power supply at the same time, the external power supply will be treated prioritized.

Camera connector (male): Binder M12/12pol 09-3491-90-12 or equivalent

Matching cable and connector (female):

• Binder 79-3490-32-12 | M 12 | A-coded series 763, length 2m open end
• Binder 79-3490-35-12 | M 12 | A-coded series 763, length 5m open end

Note

- All inputs (DigIn1..DigIn4 and GND Opto-coupler) are galvanically isolated from the camera electronics.

• The digital inputs have the same characteristics as the inputs of mvBlueCOUGAR-X with PLC option.
• The digital outputs have the same characteristics as the outputs of the standard mvBlueCOUGAR-X.

Characteristics of the digital inputs

Delay

Figure 19: Input switching times

Characteristics	Symbol	Test conditions	Typ.	Unit
Minimum trigger pulse width			5	us
Turn-On time	tON	24 V signal	10
Storage time	tS		44
Turn-Off time	tOFF		95

Notes	Inputs with highest tolerance against interferences.
High level	+11 to +24 V
Low level	0 to +8 V
Threshold (Low --> High / High --> Low)	9.5 V +- 1.5 V
Imax	16 mA
	Figure 20: DigIn BVS CA-GX0-xxxxxx-xxx14x (POE-I) / -xxxC4x (POE-IP67C)

Characteristics of the digital outputs

Delay	Figure 21: Output switching times (standard)
Characteristics	Symbol Typ. Unit Turn-On time tON 20 us Rise time tR 10 Fall time tF 8 Turn-Off time tOFF 30 High level +12.0 V to +24 V Low level max. +1 V Iout 0.7 A static load 1.3 A dynamic load
Notes	Each output has a short circuit protection between 1 A and 1.7 A (generally 1.3 A). So if you combine two outputs with one load, the short circuit protection can have an effect.
	Figure 22: DigOut BVS CA-GX0-xxxxxx-xxx14x (POE-I) / -xxxC4x (POE-IP67C)
Features	- undervoltage detection - current limitation - overtemperature protection - short circuit protection

Measurement conditions : V_CC = 24 V; -25 °C < T_J < 125 °C, R_L = 48 Ohm

M12 X-coded 100/1000 MBit Ethernet (option POE-I Rev. 2.00)

Figure 23: M12 x-coded 8-pin Ethernet connector pin numbering (female)

Pin.	Signal
1	BI_DA+
2	BI_DA-
3	BI_DB+
4	BI_DB-
5	BI_DD+
6	BI_DD-
7	BI_DC-
8	BI_DC+

Note

The Ethernet signals are galvanically isolated from the camera electronics.

BVS CA-GX2

Dimensions

Standard model with lens holder type 1 (-x2xxxx)

Figure 24: Connectors BVS CA-GX2

BVS CA-GX2
Size of body (w x h x l)	50 x 50 x 56.8 mm

Standard model with lens holder type 2 (-x1xxxx / -x5xxxx)

Figure 25: Connectors BVS CA-GX2

BVS CA-GX2
Size of body (w x h x l)	50 x 50 x 56.8 mm

Hi-res model with M42 mount (-xNxxxx)

Figure 26: Connectors BVS CA-GX2-0315Z with M42 mount

BVS CA-GX2-0315Z
Size of body (w x h x l)	50 x 50 x 55.5 mm

Available M42 adapter:

Part code	Description
BAM AD-VS-020-M42/FM-1	Adapter from M42 at F-mount
BAM AD-VS-020-M42/M35X0,75-1	Adapter from M42 to M35 distance 5.5mm for TFL lenses

Connectors

Circular connector male

Figure 27: 12-pin (male; top view), digital I/O, power; orientation BVS CA-GX2

Pin.	Signal	Digital I/O color code of power supply MV-DC1201 BCSX IO; Rev. smaller than 2	Digital I/O color code of power supply MV-DC1201 BCSX IO; Rev. 2
1	GND (for PWR_IN)	GND	x
2	PWR_IN
3	DigOut3 (ImpactControlCenter numbering: line3)	white	white
4	Opto DigIn0 (line4)	brown	brown
5	DigOut2 (line2)	green	green
6	DigOut0 (line0)	yellow	yellow
7	Opto DigIn_GND	gray	gray
8	RS232_RX	pink	pink
9	RS232_TX	blue	blue
10	DigOut_PWR_IN (12 to 24 V supply for the outputs)	red	red
11	Opto DigIn1 (line5)	black	black
12	DigOut1 (line1)	violet	violet

Connector (camera side): SAMWOO SNH-10-12 (RPCB) or equivalent
Plug (matching cable plug): Hirose HR10A-10P-12S (01) or equivalent

We recommend to use the connection cable KS-BCX-HR12 .

Circular connector female

Figure 28: 12-pin (female; top view), digital I/O

Pin.	Signal	Description	Color of open end of cable KS-BCXD-HR12
1	Opto DigIn2 (line6)	Additional input with the same characteristics as the inputs of the male connector	blue
2	Opto DigIn_GND	Ground of DigIn2 and DigIn3	red
3	Opto DigIn3 (line7)	Additional inputs with the same characteristics as the inputs of the male connector	pink
4	Focus+	Focus control for motorized lenses (12V PWM)	gray
5	Focus-		yellow
6	Zoom+	Zoom control for motorized lenses	green
7	Zoom-		brown
8	Iris+	Lens aperture control for lenses with three motors	white
9	Iris-		black
10	Channel4+	Optional fourth channel	light blue
11	Channel4-		orange
12	GND	Ground	violet

Connector (camera side): SAMWOO SN-10-12 (RPCB) or equivalent
Plug (matching cable plug): Hirose HR10A-10P-12P (01) or equivalent

Characteristics of the digital inputs

Delay

Figure 29: Input switching times

Characteristics	Symbol	Test conditions	Typ.	Unit
Minimum trigger pulse width			5	us
Turn-On time	tON	24 V signal	10
Storage time	tS		25
Turn-Off time	tOFF		40

	Standard
Notes
High level	+3 to +24 V
Low level	0 to +0.3 V
Threshold (Low --> High / High --> Low)	2.5 V +- 0.5 V
Imax	5 mA
	Figure 30: DigIn BVS CA-GX2

Characteristics of the digital outputs

Delay	Figure 31: Output switching times (standard)
Characteristics	Symbol Typ. Unit Turn-On time tON 20 us Rise time tR 10 Fall time tF 8 Turn-Off time tOFF 30 High level +12.0 V to +24 V Low level max. +1 V Iout 0.7 A static load 1.3 A dynamic load
Notes	Each output has a short circuit protection between 1 A and 1.7 A (generally 1.3 A). So if you combine two outputs with one load, the short circuit protection can have an effect.
	Figure 32: DigOut BVS CA-GX2 (same as BVS CA-GX0)
Features	- undervoltage detection - current limitation - overtemperature protection - short circuit protection

Measurement conditions : V_CC = 24 V; -25 °C < T_J < 125 °C, R_L = 48 Ohm

Example circuit 1: High-side switch uses power supply of the camera

In this case you have to bridge pin 2 (external power supply) with pin 10 (the supply of the outputs):

Figure 33: Bridge circuit between Pin 2 and Pin 10

Example circuit 2: High-side switch uses external (higher) power supply

Following figure shows, how to connect, for example, high power flash LEDs in series at the direct drive output at Pin 3:

Figure 34: LEDs connected in series to Pin 3 powered externally via Pin 10

A 24V power supply is connected at Pin 10. To protect the LEDs a series resistor is needed, which can be calculated in this way:

Voltage:

U_HS - (n * U_F) = U_D

Series resistor:

      U_D
R = --------
     0.7A

Power:

P = dutycycle * U_D * I

The duty cycle is a coefficient < 1, which defines the power of the resistor. It is the ratio of the time period while current flows compared to the total time. If the current always flows, "P = U * I" will be the determining factor. If the current only flows a hundredth of time (duty cycle 1%), a resistor with a hundredth of power will be enough.

Note

For the connected LEDs and the ground of the external power supply, you have to use the ground of the camera at Pin 1.

Attention

The series resistor has to handle the power, which depends on the duty cycle and the frequency.

RJ45 100/1000 MBit Ethernet

Figure 35: RJ45 pin numbering (female)

Pin.	Signal	I/O	Comment
1	BI_DA+	bi	data positive
2	BI_DA-	bi	data negative
3	BI_DB+	bi	data positive
4	BI_DC+	bi	data positive
5	BI_DC-	bi	data negative
6	BI_DB-	bi	data negative
7	BI_DD+	bi	data positive
8	BI_DD-	bi	data negative

Note

The Ethernet signals are galvanically isolated from the camera electronics and camera housing.

RJ45 LED states

States	LED1	LED2
1Gb transmission	Green light on	Yellow blink on
100Mb transmission	Green light off1	Yellow blink on

¹ Hardware Rev 5.xx - Green light on.

Video iris

Figure 36: Video iris pin numbering

This pin configuration is compliant to the JEITA standard:

Pin	Signal
1	IRIS_PWR_IN (12 V)
2	NC
3	IRIS_CTRL
4	Ground

Attention

"Wrong polarity"

Please check the wiring of your video iris lenses, because there are brands which uses the standard 4-pin connector with non-standard wiring. Otherwise you can damage the lens.

Signal LED

The BVS CA-GX2 features a RGB LED. There are following states:

Typical start sequence (LLA)

See also

LLA

State	LED color
FPGA loaded	White on
Self-test running	Green on
Waiting for Ethernet connection	White blink
LLA (auto IP)	Green blink
LLA got	Green on
Waiting for client	Blue on

Typical start sequence (DHCP)

See also

DHCP

State	LED color
FPGA loaded	White on
Self-test running	Green on
Waiting for Ethernet connection	White blink
DHCP request	Blue blink
DHCP got	Bright Blue on
Waiting for client	Blue on

Typical start sequence (Fixed IP)

See also

Fixed IP

State	LED color
FPGA loaded	White on
Self-test running	Green on
Waiting for Ethernet connection	White blink
Fixed IP	Bright Green on
Waiting for client	Blue on

General behavior

State	LED color
Starting ImpactControlCenter
Connected, streaming off	Yellow on
Streaming on	Green on
Error
	Red on

Summary of components

Features		BVS CA-GX0 G/C					BVS CA-GX2 G/C
		Standard version	"-PLC" option (inputs with PLC levels only)	Power over Ethernet	Power over Ethernet Industrial
					IP40	IP67
Image Memory		64 MByte (128 MB option available: mvBlueCOUGAR-X2xx)					256 MByte
Proc. Memory		64 MByte
ADC resolution		CMOS: ADC on chip
Inputs		2	2 (PLC levels only)	2	4		4
	Type	opto-isolated with current limiters
Outputs		4		2	4		4
	Type	high-side solid state relay		opto-isolated	high-side solid state relay		high-side solid state relay
Ethernet	100/1000 Mbit	RJ45			M12 X-coded		2x RJ45
Optics
	Lens Mount (Focal Distance)	C-mount (17.526 mm in air), CS-mount (12.5 mm in air), optional S-mount
	Lens Protrusion	6 .. 8 mm
Environment
	Ambient Temperature
	Operation	0..45 deg C / 30 to 80% RH			0..45 deg C / 0 to 100% RH		0..45 deg C / 30 to 80% RH
	Storage	-20..60 deg C / 20 to 90% RH			-20..60 deg C / 0 to 100% RH		-20..60 deg C / 20 to 90% RH
	Protection class 1	IP40				IP67	IP30
Additional features		temperature sensor					temperature sensor video iris lens control (zoom, focus, iris)
Weight without lens		approx. 110 g			approx. 127 g		approx. 170 g, mvBlueCOUGAR-XD1031: approx. 215 g
Power supply (PWR_IN)
	DC	10 to 28 V
	Pmax	6.5 W					9 W
	Peak current draw	1.0 A
	Reverse polarity protection	up to 28 V

¹ not evaluated by UL

Summary of available digital I/O's

Summary of advanced features

The following table shows an excerpt of the advanced features.

For the complete list, please use the "Product Comparison" in Appendix B. Product Comparison .

Advanced features		BVS CA-GX0 G/C	BVS CA-GX2 G/C
MultiFrame, etc.		√	√
Trigger Overlap		√	√
Temperature	upper limit (<= 255 deg C) lower limit (>= 0 deg C)	√	√
User Sets	5 config sets storable	√	√
User Data	512 byte of EEPROM data	√	√
FPGA LUT	on the fly on the camera	√	√
Timestamp	microsecond precise camera individual 64 bit counter	√	√
FFC	full AOI, 14 bit to 14 bit (12 bit coeff.), pixel to pixel	√	x
Counter / timer	timers can be used for pulse width modulation	4 counters, 2 timers	8 counters, 2 timers
AEC		√	√
AGC		√	√
White balance		√	√
Auto white balance		√	√
RGB-to-YUV conversion		√	√
CCM		√	√
Timestamp for inter-camera synchronization		√	√
Pretrigger		√	√
Linescan mode	-102e -102eGE -104e	√	√
Logic gates		√	√
Chunk Data		√	√
Multicast		√	√
Application switchover		√	√
Frame average		x	x