Panasonic AK-HC3500 HD Studio Camera

7% Goods Service Tax (GST) will be imposed over the total invoice value if purchased locally in Singapore. However if you are a tourist visiting Singapore, this GST amount can be refunded at the Changi International Airport Departure Hall GST Refund Centre before departure with goods within 60 Days from the date of purchase. Please note that only Tourists who have met the Tourist Refund Scheme's conditions and eligibility criteria can claim for the GST refund. Please visit: https://www.iras.gov.sg/IRASHome/GST/Consumers/Tourist-Refund-Scheme/ for GST Guide for Visitors on Tourist Refund Scheme.

Panasonic AK-HC3500 2/3" 2.2M 1080i Native 3-CCD HD Studio Camera

Product Code: AKHC3500
Discontinued

Optional Accessories
Sony Headphone

MDR-7506

AK-HC3500: Overview
Features
Specifications

The AK-HC3500 HD studio camera is a native high-definition studio camera system for studio/direct-to-air switcher facilities and electronic field production. Incorporating three high-performing 2/3" 2.2-megapixel IT CCDs, a newly developed 38-bit digital signal processor, and a 14-bit A/D converter, the HC3500 delivers exceptional HD images in 1080/59.94i and 1080/50i.

The HC3500 features an advanced single-channel transfer system and spatial offset processing that reduces aliasing and provides an outstanding 1,100 horizontal lines of resolution, and 60 dB signal-to-noise ratio. The camera is equipped with a 12-axis color matrix to permit precise hue and saturation adjustment of individual colors. Other functions that allow precise HD image control include: skin-tone detail; versatile gamma settings including real-time Dynamic Range Stretch (DRS) that varies the gamma correction to match the contrast within the image; cine gamma to produce warm film-like images; and a new hue protection circuit which enables rich color reproduction even in high light areas, as in a brightly lit scene.

When configured for studio use, the 10.4-pound AK-HC3500 can also be mounted onto an optional build-up unit with a "one touch," cable-free setup. The camera can also be used shoulder-mount for EFP applications.

Advanced picture enhancing features including: dynamic detail, programmable gamma, real-time contrast correction gamma, CineGammaTM, an EBU color matrix preset that ensures similar color response in between HD and SD video for seamless intermixing and more.

- Full 2/3" 3-CCDs with 2.2-million-pixel resolution
- Advanced picture enhancing features including: dynamic detail, programmable gamma, real-time contrast correction gamma, CineGammaTM, an EBU color matrix preset that ensures similar color response in between HD and SD video for seamless intermixing and more
- High sensitivity (F10 at 2000 lx) for low-light shooting; low vertical smear (less than -130dB)
- Dual optical filters (ND: CAP, 100%, 25%, 6.3%, 1.6%; and CC: 3200K, 4300K, 6300K, Cross and Diffusion)
- Wide range of auto-setup functions
- Compatible for teleprompter and program video use
- Equipped with HD-SDI connections as well as HD monitor, teleprompter, and AUX outputs; microphone, intercom and Gen-lock (BB/Tri-level Sync) inputs
- Data trunk function with two RS422 links for control of pan-tilt systems, lens, or robotic studios
- External frame synchronizer for asynchronous video source not required
- SD memory card slot
- Ergonomic design with adjustable shoulder pad and rear panel backlight for dark settings
- Low power consumption (30W without viewfinder)
- System options include: build-up unit, down-converter board, camera control unit, remote operation panel and master setup unit (Studio-style lenses can be mounted on the build-up unit)

Two types of HD formats, 1080/59.94i and 1080/50i, can be switched.
The AK-HC3500's multi-format capability makes it possible to be used world wide for broadcasting and image production.

Panasonic's high sensitivity, low smear 2/3 type 2.2 mega pixels IT-3CCD.
Panasonic CCD sensor technology and the improved on-chip lens performance offers a high sensitivity of F10 (1080/59.94i) /F11 (1080/50i) at 2,000 lx, a low smear level and an excellent signal to noise ratio of 60 dB.

Panasonic's single-channel transfer system and spatial-offset processing technologies improve signal modulation depth and reduce more.

14 bits A/D converter and latest 38 bits Digital Signal Processing (DSP) provide clear, sharp images from dark to bright areas.
A/D conversion is improved to 14 bits compared to conventional 12 bits. A 38 bits Digital Signal Processing (DSP) and Panasonic's original real-time gamma correction enable high quality images with Dynamic Range Stretch (DRS) and other high-performance functions.

Dynamic Range Stretch (DRS) Function
In scenes with mixed contrast, the DRS function can automatically suppresses blocked shadows and blown highlights. A gamma curve and knee slope are estimated to match the contrast of each pixel, and are applied in real time.

Panasonic AK-HC3500 Studio Camera

Cine Gamma Curve
Thanks to its cine gamma curve, the AK-HC3500 can produce images with the same kind of tone, gradation and color as a film.

Color Correction
The 12-axis color correction function allows precise and independent hue and saturation adjustment of individual colors.

Panasonic AK-HC3500 Studio Camera
Skin Tone Detail Correction
Separately reducing sharpness of two skin tones helps tone down wrinkles and dull areas to produce beautiful, naturally textured results when shooting people. And since it is possible to apply this function throughout the entire hue phase (360°), reducing sharpness can also be applied for colors other than skin tones.

Panasonic AK-HC3500 Studio Camera
Enhanced DTL Signal Processing
Enhanced DTL signal processing ensures superb picture quality with minimal noise in horizontal and verticaldirections, as well as in the image's dark and brightly lit areas.

Designed for easy operation and expandability
The AK-HC3500 incorporates Panasonic's extensive broadcast camera design know-how to provide even easier operation. Convenient features include a backlight on the rear operation panel for improved operation in dark settings and an SD Memory Card slot for easy storage of user settings. A movable optical connector is also provided to reduce stress on the optical cable.

Ergonomic design for easy handling
In response to customer requests, we have made numerous improvements such as optimal weight balance and boosted efficiency when used with a build-up unit, and a low center of gravity for more comfortable handling.
Thanks to this advanced design, the AK-HC3500 helps to reduce user fatigue while assuring high efficiency both in the studio and in the filed.
Panasonic AK-HC3500 Studio Camera

CCD:	2/3 type 2.2-megapixels IT-3CCD
Image Sensing Method:	GBR Image sensing method
Total Number of Pixels:	2 010 (H) x 1 120 (V)
Effective Number of Pixels:	1 920 (H) x 1 080 (V)
Optical Prism:	F1.4 Prism
Optical Filter:	CC: 3 200 K, 4 300 K, 6 300 K, Cross, Diffusion ND: Cap, 100 %, 25 %, 6.3 %,1.6 %
Lens Mount:	2/3 type Bayonet mount
Sensitivity:	F10 (1080/59.94i)/F11 (1080/50i) at 2 000 lx, 3 200 K,89.9 % white
S/N:	60 dB (typ)(1080/59.94i) 60 dB (typ)(1080/50i)
M.T.F.:	50 % (typ)(27.5 MHz)
Storage Temperature:	-20 °C to 60 °C (-4 °F to 140 °F)
Operating Temperature:	-10 °C to 45 °C (14 °F to 113 °F) * The camera must be turned on at least 30 minutes prior to use in ambient temperatures of -10 °C to 0 °C (14 °F to 32 °F).
Power Consumption:	Approx. 28 W (DC12 V/camera head only)
Dimensions (WxHxD):	135 mm x 260 mm x 360 mm (5-5/16 " x 10-1/4 " x 14-1/4 ")
Weight:	Approx. 4.7 kg (10.4 lb)
HD SDI Output:	HD signal:0.8 Vp-p 75Ω (BNC)
*Monitor Output ^1:**	HD signal:0.8 Vp-p 75Ω (BNC)
PROMPT Output:	VBS signal:1 Vp-p 75Ω (BNC x 2)
GENLOCK Input:	Tri-level SYNC/Black Burst (BNC x 1)
AUX Output:	RET-Y input or PROMPT2 output are selectable.
*Microphone Input ^2:**	-20 dBm/-30 dBm/-40 dBm/-50 dBm/-60 dBm (XLR 3pin x 2)
*INCOM ^3:**	0 dBm/600Ω (XLR 4pin x 2) 1* HD signal can be selected by the monitor output selection switch. 2* To be when down converter board is installed. 3* Gain is selected by the gain switch. 4* Mixing is controlled separately for PGM1 and PGM2.