Integrating iOS Control and HDMI/HDBaseT Connectivity for Efficiency and Ease of Use CEDIA EXPO 2013

Please; Cell phones off Course evaluations at end Course code EST076 HOUSEKEEPING A LITTLE HOUSEKEEPING

WHO ARE YOU? INTRODUCTION Where are you from? Your experience? Course expectations?

WHO AM I? INTRODUCTION Mike Tsinberg, President Cell: +1 (646) Direct: +1 (914) x235 YouTube:

2013: HDMI, HDBaseT AND CONTROL Video Connectivity and Control Touch Panel Display Video Source PC

HDMI CONNECTOR PIN OUT Pin #Physical FormatSignal typeComments Pin 1TMDS Data2+Video/Audio data 2+ Four shielded twisted pairs - STP All versions Pin 2TMDS Data2 ShieldVideo/Audio data 2 shield Pin 3TMDS Data2–Video/Audio data 2- Pin 4TMDS Data1+Video/Audio data 1+ Pin 5TMDS Data1 ShieldVideo/Audio data 1 shield Pin 6TMDS Data1–Video/Audio data 1- Pin 7TMDS Data0+Video/Audio data 0+ Pin 8TMDS Data0 ShieldVideo/Audio data 0 shield Pin 9TMDS Data0–Video/Audio data 0- Pin 10TMDS Clock+Video/Audio Clock + Pin 11TMDS Clock ShieldVideo/Audio Clock shield Pin 12TMDS Clock–Video/Audio Clock - Pin 13CECBi-directional control busSingle wire. All versions Pin 14Reserved (HDMI c), HEC Data- (Optional, HDMI 1.4+ with Ethernet)Ethernet + Audio Return Data -Single wire. Only for HDMI 1.4 Pin 15SCL (I²C Serial Clock for DDC)I²CDDCHDCP and EDID ClockSingle wire. All versions Pin 16SDA (I²C Serial Data Line for DDC)I²CDDCHDCP and EDID DataSingle wire. All versions Pin 17DDC/CEC/HEC GroundGround for pins 13, 14,15,16Single wire. All versions Pin 18+5 V Power (max 50 mA)+5V powerSingle wire. All versions Pin 19Hot Plug Detect (All versions) and HEC Data+ (Optional, HDMI 1.4+ with Ethernet) Hot Plug Detect and Ethernet + Audio Return Data + Single wire. All versions.

WHAT IS HDMI CABLE? IT’S A COLLECTION OF HISTORICAL TECHNOLOGIES HDMI Tx HDMI Rx TMDS HDCP I2C (DDC) EDID readEDID memory Hot Plug Detect (HP) CEC +5V/50ma power Audio Return, Ethernet <1Mb/s Transmitter Receiver 4 twisted pair Data processing Initialization, Multi-HDCP support Video & Audio

HDMI Version a a 1.3b 1.3b1 1.3c 1.4 Use in Residential and Commercial installations sRGBYes Commonly used in all HDMI connections YCrCbYes 8 channel LPCM/192 KHz/24-bit audio capabilityYes 1080p video at full resolutionYes Consumer Electronic Control (CEC)Yes Very limited use DVD Audio supportNoYes Commonly used in all HDMI connections Super Audio CD (DSD) supportNo Yes Not used Deep ColorNo Yes Limited use xvYCCNo Yes Promising Auto lip-syncNo Yes Used in 1.3 chips Dolby-True HD and DTS-HDNo Yes Limited use, promising Ethernet Channel.No YesUse unclear Audio Return Channel.No YesUse unclear 3D Over HDMINo Yes Acceptance in the market weak. No content 4K x 2K/24 Resolution SupportNo Yes New push by CE. No content yet. Similar acceptance route to 3D

WHAT IS IMPORTANT FOR US? Solid Digital AV with HDCP RS232 Serial IR

HI-FI COMMERCIAL PRO HDMI CABLE WITH IQ CONTROL Re-use CEC line for one way (either way) IR or RS232 Auto-switch from CEC to External (IR or RS232) when external signal is plugged in Integrated with the outputs of KD-8x8 switcher Removes need for extra wiring for IR or RS232 control of the display Patent Pending

NEW HDMI CABLES WITH IR OR RS-232 HDMI with IR KD-HDPC12XIR HDMI IR Smart TV HDMI Blu-Ray Control System IR HDMI OR IR HDMI+IR

WHAT IS EVEN MORE USEFUL FOR US? Solid Digital AV with HDCP over single CAT5/6 RS232 Serial IR Ethernet One RJ45 connector for all the above

HDBaseT RJ45 CONNECTOR HDBaseT delivers full HD / 3D and 2K / 4K uncompressed video. Since video is passed through the HDMI chipset, HDBaseT supports all key HDMI 1.4 features, CEC, EDID, and HDCP. Audio passed through directly from the HDMI chipset: Dolby Digital, DTS, Dolby TrueHD, and DTS HD-Master Audio. 100Mb Ethernet Control: CEC, IR, RS232

HDMI Rx RS232 Rx/Tx IR Rx/Tx Ethernet Rx/Tx HDMI in RS232 in/out IR in/out Packetizing CAT5/6 Packetizing Dynamic multi level 16PAM+ Modulation with multiple, per data type, bit-rate/error- resistance tradeoffs Encoder A/V CEC HPD HDMI Tx RS232 Rx/Tx IR Rx/Tx Ethernet Rx/Tx HDMI out RS232 in/out IR in/out De-Packetizing Dynamic multi level 16PAM+ Modulation with multiple, per data type, bit-rate/error- resistance tradeoffs Decoder A/V DDC HDCP/EDID CEC HPD HDbaseT Tx HDbaseT Rx Ethernet EDID control EDID control HDMI out HDCP Example of HDMI extender using HDBaseT Technology

ONE CAT5/6 HDBaseT METHOD BY KEY DIGITAL HDBaseT TX decodes all HDMI data types such as TMDS, HDCP, EDID, CEC, HPD into its original baseband data format. Because of re-clocking the jitter is removed. This HDMI data plus External IR, RS232 and Ethernet is packetized in a single high speed data stream and modulated by Dynamic multi level 16PAM+ Modulator with multiple, per data type, bit- rate/error-resistance tradeoffs 16 PAM (Pulse Amplitude Modulation) is a variation of standard 10GbaseT Ethernet modulation system HDbaseT 16PAM+ modulator specifically designed to work with HDMI and control data types giving specific bit/error-resistance trade offs for various data types. o This method creates a Video centric Forward Error Correction mechanism needed for longer cable runs Standard HDBaseT cable length is 300 feet for 1080p/60 signal that is double compare to conventional TMDS based two cables extenders With special Firmware KD-CATHD500FW these extenders can reach 600 feet with special CAT6STP for resolutions 1080i, 1080p/24, 720p, 480p, 480i

PAM16 THEORY - TMDS COMPARISON A 8 bit modulator (PAM16) will take 8 bits at a time and will map the signal amplitude to one of 16 possible levels 15,13,11,9,7,5,3,1,-1,-3,- 5,-7,-9,-11,-13,-15 Demodulation is performed by detecting the amplitude level of the carrier at every symbol period More data in PAM16 is available then in TMDS because PAM uses various amplitudes for different bits while TMDS only has two amplitude states: 1 or 0 The clock of HDbaseT is slower then TMDS allowing greater distance and reliability t A 1 0 PAM16 TMDS

TMDS TX Eye Pattern Re-clock TMDS to HDbaseT to TMDS system

WHAT IS SUCH A BIG DEAL ABOUT THE RE- CLOCK? During conversion of TMDS and DDC to completely different format PAM16+ the actual information has to be extracted, cleaned and restarted from a brand new clock o TMDS jitter removed o DDC jitter removed During conversion from PAM16+ back to TMDS the process of jitter removal happens again! By the nature of PAM16+ to and from TMDS conversions the HDMI signal on the output of HDbaseT Rx is as clean as directly from the source. The jitter that ALWAYS accumulates in twisted pairs through TMDS or PAM16 or any other method is thoroughly removed due to double re-clocking

HDBaseT BASED EXTENDER KD-CATHD500 Tx/Rx 1 HDMI input, 1 HDMI throughput (Tx only), 1 HDMI output RS232 bi-directional IR input an IR output full bi-directional Ethernet 100Mb/s Single CAT5/6 for all data 300 feet 1080p, 500 feet 1080p/24; 1080i; 720p. With KD-CAT6STP1X 400/600. Demo at the booth CEC enabled EDID control (Tx only)

HOW TO SELECT TWISTED PAIR CABLE FOR HDBaseT?

UTP VERSUS STP 9 feet UTP cable 9 feet STP cable

WHAT CAT5E/6 DO WE USE? CAT6 better then CAT5e – higher bandwidth o 1080p/60/12bit o 4Kx2K o Longer distance STP better then UTP o Blocks interference from the outside of cable Interference can create “sparkling” o Unification of the ground between Tx and Rx For long runs ground can be substantially different and floating o Grounding cable shield to the shielded connector is a must o Use products providing chassis ground connection to the shielded connector Shielded individual pair is better then not shielded in the STP cable o Blocks interference from the inside of the cable o Inside interference is consistent

CAT6STP cable optimized for HDBaseT

PERFORMANCE OF CAT6STP1X – CAT6STP WITH INDIVIDUALLY SHIELDED PAIRS

WHAT IS EVEN MORE DESIRABLE FOR US? Solid Digital AV with HDCP over single CAT5/6 RS232 Serial IR Ethernet One RJ45 connector for all the above Control done with reliable iOS devices All Switching and Control from the same company All cables, switchers and extenders support IR and RS232 routing

Create or change your project On Windows PC Load or reload your project into your iOS device Control 10 of your RS232 and IR and 2 Relay devices through MC2500 Control System Architecture

HOW DO I CONNECT AND CONTROL?

HDMI/HDBaseT Products designed to connect and control 1X44

EXAMPLES OF IOS TEMPLATES (GUI)

DO YOU HAVE TO BE INSIDE THE INSTALLATION TO CONTROL?

KD-MC2500 WiFi Router RouterCable/DSL Modem Internet LAN WiFi Internet Provider KD-MC2500 WiFi Router LAN WiFi LAN 3G/4G Access Point WiFi (Fixed IP) Multi Network and 3G/4G capability

RETAIL, DIGITAL SIGNAGE Utilizing the Star Pattern of HDMI/HDBaseT/RS232 to Enable Large-Scale Distribution Systems RESULTS: 100% HDMI, Full HD 1080p, 3D Ready

CONCLUSION What did we learn?

QUESTIONS AND ANSWERS

Don’t forget the course evaluation o Tell us what you liked and what we can improve o We want to hear from you Ask your instructor if you do not have an evaluation form Turn in evaluations to the room monitor when you leave the classroom TELL US WHAT YOU THINK COURSE EVALUATION

Integrating iOS Control and HDMI/HDBaseT Connectivity for Efficiency and Ease of Use THANK YOU!