Training
Profile
MHL (Mobile High-Definition) is a new generation of mobile high-definition connection specifications. The MHL specification defines a new mobile interface that directly connects mobile phones and other portable consumer electronic devices to high-definition TVs and monitors. Many major international manufacturers have developed products that support MHL. Its main function is to transmit TMDS data (1080i/60Hz) directly through the Micro-USB connector. Therefore, handheld systems can take into account both size and cost. Add new transmission interface. Because of this, products supporting the MHL interface are bound to be more diverse in the future. This lecture will deeply explore MHL's specifications and conformance test projects, as well as the corresponding products and solutions provided by Tektronix, so that you can understand this latest technology.
Chapters
Chapter 1：Simplify the design, debugging and verification of MHL signals (40 minutes and 21 seconds)
You Might Like
Recommended Posts
- The high-definition craze has set off. Only by getting rid of misunderstandings can the value of high-definition be realized
- At present, the high-definition craze has been set off, and video surveillance has begun to take full high-definition as a new goal. People have always been pursuing clear images, so the current high-
-
xyh_521
Industrial Control Electronics
- GPS solution with integrated multimedia functions
- [b]Overview of Satellite Positioning[/b] The basic principle of global satellite navigation is: satellites transmit navigation messages, which include ranging precision factor, Kepler parameters, orbi
-
jek9528
Industrial Control Electronics
- What does this error mean when compiling a Protel schematic?
- What does this error mean when compiling a Protel schematic?
-
576483498
PCB Design
- The value read by IIC from eeprom is different from the value written into it, and the value read from eeprom does not change when the written value is changed.
- As the title says. /*************************************************************************** IIC bus reads 8-bit data return value: the read 8-bit data**********************************************
-
墨染卿卿
Microcontroller MCU
- Question about UCOS 3 task switching!
- I created 3 tasks: Task 1 () //Priority is 4 { while(1) { Output 1 controls light 1, and then the output state is inverted; System delay (500 milliseconds); } } Task 2 () //Priority is 5 { while(1) {
-
toff
Real-time operating system RTOS
- Multisim simulation measurement of operational amplifier open loop amplitude-frequency characteristic curve
- [i=s] This post was last edited by Firefly on 2017-7-18 17:11 [/i] Teacher, how do you measure the open-loop amplitude-frequency (phase-frequency) characteristic curve of the high-voltage op amp PA85?
-
萤火
Analog electronics
Recommended Content
Web users are watching Change
- The high-definition craze has set off. Only by getting rid of misunderstandings can the value of high-definition be realized
- GPS solution with integrated multimedia functions
- What does this error mean when compiling a Protel schematic?
- The value read by IIC from eeprom is different from the value written into it, and the value read from eeprom does not change when the written value is changed.
- Question about UCOS 3 task switching!
- Multisim simulation measurement of operational amplifier open loop amplitude-frequency characteristic curve
- Post photos to win phone bills - sjtitr
- Summarize capacitor knowledge
- maplab C30 cannot compile - delay function
- I want to make a square wave that produces negative pressure. Please help me.
- u-boot/fs makefile
- About 101 power-on reset problem
- E-Motion
- Announce that I have a new skill: "copy board"
- 51 single chip revolving lantern
- Solve the bandwidth problem: Fiber optic transmission is the first choice for high-definition monitoring
- Please recommend an fpga
- [NXP Rapid IoT Review] Detailed operation process from unboxing to cloud programming
- The new HDMI screen is finally debugged!
- MicroPython Hands-on (41) - Photosensitive element configuration for machine vision
- PT2314.pdf
- Design of pyroelectric infrared induction automatic door
- How to set fuse bits in iar for avr?
- MSP430f149 power supply problem
- Why does the stm32cpu burn out?
- 3g module problem
- Detailed explanation of NB-IOT Uncovering the mystery of NB-IOT's identity
- Where can I download the motor library of stm8?
- HP unveils rice-sized micro memory IC, when will it be commercially available?
- Mobile phone battery drive
Popular Components
Just Take a Look
Hot Downloads
- AutoCAD 2004 Mechanical Design (Video Tutorial CD)
- BP algorithm implementation
- New progress in the application research of anodized aluminum templates
- Design of intelligent remote transmission three-phase electric meter based on MSP430F149 single chip microcomputer
- Motor Control of C8051F330
- In-system programming technology based on LonWorks
- Digital Signature Algorithm (DSA) is a variant of Schnorr and ElGamal signature algorithms
- INTEL ATOM Internal Information
- Buzzer--Mouse Loves Rice Module
- Zou Chaoyang-Focus on LED Street Light Power Supply.rar
MoreHot Articles
- Analysis of white LED backlight dimming solution
- Mouser Now Stocking Qorvo QPQ1298 High-Performance BAW Filter
- Groundbreaking Bayesian Deep Learning Enables Energy-Efficient AI
- Ask the court to declare that its 5G patent licensing rates comply with the FRAND principle
- STM32 collects signals from DHT11 temperature and humidity sensor
- How to operate an infrared spectrophotometer?
- STM8L151C8 MCU learning routine (13) - DHT11
- Details determine success or failure--Three key points in the design of the power supply system of the electronic blood pressure monitor
- Huawei's fourth major event: seven years of planning and three years of invisibility, what are the chances of success or failure?
- Qualcomm presents industry-leading AI innovations and collaborations at CES 2025, covering PCs, cars, smart homes and enterprise
京公网安备 11010802033920号