ZEISS cinemizer OLEDincl. HDM Graupner 48310

ZEISS cinemizer OLEDincl. HDMI Adapter Graupner 48310 Mobile

The cinemizer OLED multimedia video glasses have been designed for mobile use. The integrated rechargeable battery provides power for up to six hours of viewing enjoyment even when away from the confines of your home. For example, while on a flight, you can relax and watch several movies from your smartphone (Android/Apple) on the cinemizer multimedia video glasses.

Connection options

The cinemizer 3D glasses can be used for various applications. They can be connected to an iPod/iPhone, smartphone with HDMI or analogue A/V interface, Blu-ray player, games consoles such as PS3 or XBox, PCs & notebooks, as well as other devices. This is all made possible by an HDMI adapter, a video cable (yellow cinch) and the optional iPod/iPhone adapter.

Dioptre adjustment

Spectacle wearers can configure their prescription from -5 to +2 dioptres in each eye individually by simply turning the setting wheel.
Rich colours

OLED displays create crisp images with very vibrant colours, true black and, as a result, very good contrast.

Wearing comfort

Emphasis was given to a low weight and optimum wearing comfort during development of the cinemizer OLED multimedia video glasses. The soft silicone nose pad allows the glasses to sit comfortably on your nose. The two soft rubber ear clips guarantee a good, comfortable sit, allowing you to use the cinemizer OLED for hours at a time.

3D support

Various stereoscopic 3D formats are supported. These are side-by-side, top-bottom or line-interleaved such as Frame Packing via HDMI 1.4.

First Person View (FPV)
Do you like to fly? Take off with a personal view of the cockpit. The cinemizer OLED brings the dream of flight one step closer.

FPV (First Person View) makes it possible to equip model planes and helicopters with a camera that transmits video signals to a base station. Connected to this base station, the mobile cinemizer multimedia video glasses give the wearer a feeling of sitting in the cockpit. The low power consumption of the OLED display and the integrated battery enable several hours of flying fun to be had.

FPV can also be used in many professional applications, e.g. hard-to-reach objects can be observed with a remote-controlled aircraft. An appropriately equipped helicopter enables a fire department to quickly gain an overview of an accident situation and make the correct decisions as fast as possible.

With the help of the HDMI adapter you can use HDMI-capable smartphones with apps such as TrackView, videotelephony with an automatic call accept function in the model or TeamViewer for FPV. In addition, UMTS or LTE provide extremely wide network coverage. However, note that the video signal does have a time delay.

Warning:
In the interests of safety, FPV may only be used for flying when the model is in sight. Whats more, we only recommend flying with GPS and Coming Home functions to improve safety in a fail-safe situation and using receivers with flight position stabilisation.
It will be possible to update the GR-24 PRO Vario +3xG + 3A + 3M receiver #33583 to accommodate these functions.

Technical data:

• Image
• Two high-resolution OLED (Organic Light Emitting Diode) displays
• each with 870 × 500 pixels and a fill factor of 100%
• Simulated image size: 40 inch (= 1 m) at a distance of 2 m
• Aspect ratio: 16:9
• Colour depth: 24-bit RGB
• FoV (Field of View): 30°
• 3D support
• Side-by-side/top-bottom/line-interleaved
• Frame Packing with HDMI 1.4 (720p/1080p)
• NVIDIA 3DTV PlayTM supports the cinemizer OLED as a 3D display unit
• Supported 3D formats
• Dioptre range
• Both sides separately adjustable between -5 and +2 dioptres
• Interpupillary distance
• The optics support an interpupillary distance (IPD) between 59 and 69 mm
• Content feed
• HDMI: 640x480p 60 Hz, 720x576p 50 Hz, 720x480p 60 Hz, 1280x720p 50/60 Hz, 1920x1080i 50/60 Hz, 1920x1080p 50/60 Hz, 1920x1080p 24 Hz, HDMI 1.4 3D 1080p 24 Hz, HDMI 1.4 3D 720p 60 Hz
• iPod/iPhone: iPod and iPhone models with video capability
• via optional accessories, more details
• AV-In: 3.5 mm/4-pin connector for audio & video (PAL/NTSC)

Scope of delivery:
Nose pads, plus two adjusting elements
Two 2.5 mm headphones
cinemizer HDMI adapter
HDMI to mini HDMI adapter cable
USB cable
AV video cable (3.5 mm, 4-pin cinch)
Travel case
Operating instructions and safety information

NEW: Reliability:

FHSS, frequency hopping via up to 75 channels

Maximum protection against interference through optimised frequency hopping, broad channel spread, and aerial diversification.

Intelligent data transfer with correction function

Extremely high range

Range test and warning function

Low voltage warning

Extremely broad receiver operating voltage range of 3.6 V to 8.4 V (functional to 2.5 V)

Numerous failsafe functions

Key lock function against unintentional alteration of menus


Precision:

Shorter response times can be set (10ms period)

No additional delays due to module processors. the entire hopping management is done directly by the 32-bit main processor.

Synchronous servo travel due to simultaneous control of the servo outputs is possible in blocks of 4


Pilot feeling:

Extensively delay-free control reactions due to direct processing

Telemetry analysis in real time

Optional speech output of the timers, telemetry data, and warnings via headphone output

Repeat function and continue function for voice output can be programmed via freely assignable switches

Pre-selection of voice output to be used

Separately adjustable volume for beeps and voice output

Integrated telemetry display with 8 x 21 characters or 128 x 64 pixels, optionally in test or graphic form

Duration of display illumination : ALWAYS, 30s,.60s, 90s, 120s

Micro-SD card slot for storage of telemetry data, similar to a black box and in addition to the model memories

PC software for analysis or display of the telemetry data via download

Buzzer signal at the highest receiver output for L/S function, satellite receiver, simulators, paddle-less stabilisation systems, et cetera programmable

Model-memory-dependent binding, except for copied model memories

Wireless teacher/pupil function

Numerous flight phases programmable

Swashplate limiter

Motor off function

Numerous fixed-wing and helicopter mixers


Other characteristics:

Simple and extremely fastbinding

Free channel allocation (channel mapping), transmitter and receiver mixing functions, as well as all servo settings can be programmed simply

Binding of any number of receivers for channel expansion (maximum of 16 channels). The last receiver bound sends the telemetry data.

Future-proof due to update function via PC interface