IR 3D PC Solution with HD 3D Glasses and 3D Emitter

Component:

GM300 connects 3D-ready PC by DIN 3 –Micro USB port, and send 3D IR sync signal for glasses. It helps people to enjoy 3D movies, 3D pictures as well as 3D games. This unit is enabled with DIN 3 and Micro USB port which can also be connected with PC. Besides, plugs into the digital projector and gain frame synchronizing signal via GPIO (DB-37) port and split into four-way DB-9 output it also support the extension of Distribution module by a DIN-3 cable, thus greatly simplify cinema wiring

Each port has diagnostic indicating LED to help cinema technician to diagnose and identify system error.

Features of GP400:

1. Compatible with all GetD 3D PC Emitter

2. Latest STN Lens with 40% transmittance to get high Definition image

3. Left/Right image Alterable

4. AUTOMATICALLY adjust ENCRYPTED OR UNENCRYPTED MODE,

5. Micro USB rechargeable

6. 41g, much lighter than other brands

What we can do for customers:

Production Ability:

More than 1 million 3D active shutter glasses, 30 million polarized 3D glasses per year.

After-sale Service:

1. half year warranty policy to make sure you can get perfect 3D glasses under any condition.

2. Ensure Cheap and Safe Shipping to save your money.

3. Track the order until clients get the goods onto hand.

OEM info:

1. Accept small quantity for OEM order

2. Your own design and logo both on 3D glasses and box

3. Strongly recommend you visit our factory firstly before placing order.

3D-READY PC, 3D-READY PROJECTOR, 3D Cybercafé

Shenzhen Getteks Electronics Co., Ltd involved in R&D and sales of 3D products, devotes to providing 3D products as well as solutions to global users in different fields, such as cinema , education, home entertainment, business, science research etc.

GetD bears in mind that Technology Leads to Product. We have developed 3D glasses, 3D IR emitter, 3D DPF and 3D webcam. There are Shutter glasses and polarized glasses in different designs, which are compatible with various 3D solutions in different fields.