For More Information Please Call Aegis Electronic Group, Inc. *CA- (760) 729-2026 AZ- (480) 635-8400 * aegis-g2@aegiselect.com * http://www.aegis-elec.com
□ Do not apply excessive voltage. (Use only the specified voltage.) When using an AC adaptor, use only the CIS optional AC adaptor. Unstable or improper power supply voltage may cause damages or malfunction of the camera module and may cause a smoke, fire, and rupture.
※ CIS control software is provided for evaluation purpose only. CIS should be held harmless for any damage arising from the use of this control software. The purpose of this control software is restricted to the evaluation and testing of this product only, and is not intended for commercial use by the customer.
Do not connect the optional AC adaptor while supplying power by PoE. 5V/4A input, outer diameter φ 5.5mm / inner diameter φ 2.1mm. Use only CIS optional AC adaptor (model name: 5V-5A-S2-A-A). Issues associated with the use of a third party’s AC adaptor are out of warranty.
DCC-4KNDI Rev.905-0235-Z2 3.2.4. Line Input Model name: MJ-074N-R (Marushin Electric Mfg. Co., Ltd.) Connectφ 3.5mm, 3-pole stereo mini plug. 2 (ring) 3 (sleeve) 1 (chip) Pin No. Signals Line input (L) Line input (R) 3.2.5. Pin Jack for Communication Model name: MJ-069-R (Marushin Electric Mfg. Co., Ltd.) Connect φ...
DCC-4KNDI Rev.905-0235-Z2 Camera Functions Defective Pixels Correction In addition to the correction of defective pixels data registered upon shipment, we provide a method to update the defective pixels correction data. Please refer to Section 5.1.2, Serial Command List for details. 4.1.1 Defective Pixels Data Type There are two types of defective pixels data.
DCC-4KNDI Rev.905-0235-Z2 4.1.3 Notes for Defective Pixels Correction To save data registered or deleted by a defective pixels correction command (SU 200~203), execute Save command (SU705). Init command (SU 700) does not restore defective pixels correction data. Use SU 203 to delete all data. ...
DCC-4KNDI Rev.905-0235-Z2 Camera Operation There are three kinds of methods to control the camera. □ Control via serial communication (RS-232) All camera functions are supported. □ Control via HTTP All camera functions are supported. □ Control by NDI ®...
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DCC-4KNDI Rev.905-0235-Z2 regarded as Decimal. ・ Parameters are analyzed from the head to identifiable letters. Some inappropriate letters are ignored and some are regarded as errors. ・ Please refer to “Section 5.1.2. Serial Command List” for details on address and data. ・...
DCC-4KNDI Rev.905-0235-Z2 5.1.2 Serial Command List Video Format Initial Function Address Setting Value Description Value 0: 3840×2160p 60fps 1: 3840×2160p 59.94fps 2: 3840×2160p 50fps 3: 3840×2160p 30fps 4: 3840×2160p 29.97fps 5: 3840×2160p 25fps 6: 3840×2160p 24fps This is to set NDI ®...
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DCC-4KNDI Rev.905-0235-Z2 AE related (continued) Initial Function Address Setting Value Description Value The 1 Parameter: Max value This is to set shutter variable range when shutter Exposure time [s]×0x100000 0x4444 mode is Auto. (*1) Setting range: (17476) Shorter value than 1 frame length must be set. 1/13600~1/23.98s 1/60s Max<Min is invalid.
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DCC-4KNDI Rev.905-0235-Z2 AE related (continued) Initial Function Address Setting Value Description Value 0: -12dB 1: -11dB Exposure This is to set exposure compensation value. Compensation 12: 0dB Set value 12 is equivalent to 0dB. Value Settable per 1dB. 23: +11dB 24: +12dB This is to set ON/OFF of flicker cancel.
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DCC-4KNDI Rev.905-0235-Z2 WB related Initial Function Setting Value Description Address Value 0: Manual WB Mode 1: Auto This is to set White Balance (WB) mode. 2: Preset This is to choose the memory to store setting values when WB Manual 0~4 WB Mode is with Manual.
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DCC-4KNDI Rev.905-0235-Z2 Image Quality related Initial Function Setting Value Description Address Value 0: Off Detail This is to set details. 1(Low)~7(High) 0: BT.709 -2 This is to set gamma type and contrast. 1: BT.709 -1 0~4 are the curves comply with BT.709. 2: BT.709 Gamma Contrast changes in the range of -2 ~ +2.
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DCC-4KNDI Rev.905-0235-Z2 Image Quality related (continued) Initial Function Setting Value Description Address Value 0~200 Color Saturation This is to set color saturation. 0~15 Cyan Suppression This is to set suppression for Cyan saturation. The 1 Parameter: Selection of color This is to set color adjustment values. 0: Magenta There are three kinds of adjustment items for 1: Red...
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DCC-4KNDI Rev.905-0235-Z2 Lens Control related Initial Function Setting Value Description Address Value The 1 Parameter: Move mode This is to move the zoom lens. 0: To specify the absolute zoom position There are three kinds of way to specify. 1: To specify the relative zoom position Select with move mode.
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DCC-4KNDI Rev.905-0235-Z2 Lens Control related (continued) Initial Function Setting Value Description Address Value Current Zoom This is to acquire the current zoom speed. None None Speed (GU Only) (*6) Current Focus This is to acquire the current focus speed None None Speed (GU Only) (*6)
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DCC-4KNDI Rev.905-0235-Z2 OSD related Function Address Setting Value Initial Value Description 0: 1 push OSD Up button None 1: continuous push 0: 1 push OSD Down button None 1: continuous push Commands to operate OSD. 0: 1 push Send commands every 60msec for OSD Right button None 1: continuous push...
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DCC-4KNDI Rev.905-0235-Z2 Others Initial Function Setting Value Description Address Value User can store four kinds of camera settings. Execute SAVE (SU 705 1) to save the registered values into the nonvolatile memory. 0~3 Camera Setting Store The registered data and where to store (the value for this address) are not subject to Init command (SU 700 0).
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Reset command (SU 9999) to restore the setting. (Reflects changes made after rebooting). CIS remote controller, RU-100, operates only with 9600bps. This is to restore settings to factory settings. No need to execute SAVE command. Please reboot the camera after executing this command.
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DCC-4KNDI Rev.905-0235-Z2 Defective Pixels Correction Function Setting Value Initial Value Address This is to detect defective pixels (white The 1 Parameter: defect) and register them as user Threshold level: 0 ~ 4095 register data. Defective pixels are Detection of output value, which exceeds the The 2 Parameter: Registration mode.
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DCC-4KNDI Rev.905-0235-Z2 Lens Adjustment Initial Function Address Setting Value Function Value This is to set gain for fine tuning focus position. Valid as a gain against temperature offset parameter. Specify values in the multiple of 16. (The initial value Gain for fine tuning 0 (x0) ~32 (x2) of 16 means x1).
DCC-4KNDI Rev.905-0235-Z2 5.1.6 How to Operate Camera with OSD Function In addition to operation by serial communication explained earlier, you can operate the camera with OSD menu on a monitor screen by connecting an optional remote controller (TBD) to the camera. Note that OSD menu does not appear on NDI ®...
DCC-4KNDI Rev.905-0235-Z2 How to Operate Camera with HTTP You can operate camera with HTTP. Basically, WEB API defines all function. By executing Web API, you can operate camera and control camera settings. Web UI is also prepared for camera control via Web browser. 5.2.1 Web API Specification Protocol HTTP...
DCC-4KNDI Rev.905-0235-Z2 5.2.2 Camera Related API You can execute serial commands via Web API. Use serial commands in the command list as they are. Function Execution of GU command Request URI /api/v1/cam/gu/<addr> code: 0=normal completion Other than 0 = error occurred Response message: Acquired information (with normal completion) or error message (when error occurred) This is to execute GU command.
DCC-4KNDI Rev.905-0235-Z2 5.2.3 Network Related API Function Acquisition of device name Request URI /api/v1/net/get/devname code: 0=normal completion Other than 0 = error occurred Response message: Device name (with normal completion) Explanation This is to acquire device name. Initial value 4kndi $ curl http://192.0.2.10/api/v1/net/get/devname ...
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DCC-4KNDI Rev.905-0235-Z2 Function Acquisition of NDI ® group Request URI /api/v1/net/get/ndigroup code: 0=normal completion Other than 0 = error occurred Response message: NDI ® group (with normal completion). Explanation This is to acquire NDI ® group. Initial value None (empty letter string) $ curl http://192.0.2.10/api/v1/net/get/ndigroup ...
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DCC-4KNDI Rev.905-0235-Z2 Function How to transmit NDI ® Request URI /api/v1/net/get/nditransmission code: 0=normal completion Other than 0 = error occurred Response message: Information on how to transmit with normal completion. This is to acquire information on how to transmit NDI ®...
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DCC-4KNDI Rev.905-0235-Z2 Function Setting IP address /api/v1/net/set/ipaddr/dhcp Request URI /api/v1/net/set/ipaddr/static/<address>/<netmask> /api/v1/net/set/ipaddr/static/<address>/<netmask>/<gateway> code: 0=normal completion Other than 0 = error occurred Response message: dhcp or static with normal completion This is to set IP address. By specifying dhcp, you can get an IP address from DHCP server. When DHCP server is not found, Auto IP function works and automatically assigns a link local address with 169.254.ddd.ddd format.
DCC-4KNDI Rev.905-0235-Z2 5.2.4 System related API Function Acquisition of HTTP authentication information Request URI /api/v1/sys/get/auth code: 0=normal completion Other than 0 = error occurred Response message: HTTP authentication information (with normal completion) This is to acquire HTTP authentication information. none: No HTTP authentication is required. (You can access HTTP without authentication.) basic: HTTP basic authentication is set.
DCC-4KNDI Rev.905-0235-Z2 Function Reboot Request URI /api/v1/sys/reboot code: 0=normal completion Other than 0 = error occurred Response message: none Explanation This is to reboot after returning response. $ curl http://192.0.2.10/api/v1/sys/reboot Example {"code": 0, "message": ""} Function Factory reset Request URI /api/v1/sys/factoryreset code: 0=normal completion Other than 0 = error occurred Response message: none This is the same as Factory Rest (SU 9999 1) with serial command to restore all settings to factory...
CIS applies defective pixels correction prior to the shipment of the product. However, the number of defective pixels are subject to increase due primarily to the effect of cosmic rays. Due to this nature, CIS should not hold responsible for the natural increase of defective pixels.
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