GLOBAL SPDIF TRANSCEIVERS MARKET
INTRODUCTION
The S/PDIF or SPDIF interface, which stands for Sony and Philips Digital Interconnect Format, transports digital audio in a compressed form between audio equipment and home theater systems.
Coaxial or fiber optic cables can be used by the S/PDIF interface to deliver audio. DVD and CD players frequently use this interface to connect to a home theater system for Dolby Digital or DTS surround sound.
This port is also found on high-end computers and sound cards. An illustration of how the SPDIF connector can appear on a computer motherboard is shown in the first image.
SPDIF transceivers can expedite time to market in both software-controlled and hardware-controlled systems. A PLL with a jitter rejection frequency of 100 Hz and an intrinsic jitter period of 50 ps is built into the transceiver’s design.
S/PDIF transceivers have traditionally only been able to reduce jitter above 10 kHz and have no effect on the medium and low frequencies, which have the greatest impact on audio quality.
GLOBAL SPDIF TRANSCEIVERS MARKET SIZE AND FORECAST
The Global SPDIF transceivers market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
RECENT PRODUCT DEVELOPMENT
Cirrus Logic, Inc.’s WM8805 is a high-performance consumer mode S/PDIF transceiver that supports one transmitted channel in addition to eight receiving channels.
To provide low jitter recovery of S/PDIF supplied main clocks, a crystal derived or externally provided high quality main clock is required.
A high drive clock output is provided by a dedicated CLKOUT pin. The gadget can be used to simply clean up (de-jitter) the received digital audio signals thanks to a pass through option. The device can be utilized in standalone hardware control modes or software control modes.
Edinburgh, UK The WM8804 and WM8805 audio transceivers from Wolfson Microelectronics address the difficulties of S/PDIF audio data transport at an affordable price in LCD televisions, hi-fi systems, and PC motherboards.
A PLL with an intrinsic jitter period of 50 ps and a jitter rejection frequency of 100 Hz is an essential component of the transceiver’s architecture. The audio system receives very little jitter from the WM8804 and WM8805.
The low and middle frequencies, which have the biggest an impact on audio quality, are not affected by conventional S/PDIF transceivers, which can only reduce jitter above 10 kHz. The WM8804 and WM8805 are able to eliminate any undesirable distortion or issues by suppressing jitter on the audio signal at frequencies above 100 Hz.
For use with LCD TVs, DVD recorders, musical instruments, and other personal devices demanding high-performance digital audio, the has one input and one output. The WM8805, which has eight inputs and one output, is made especially for use in devices like AV and DVD receivers, as well as commercial and home recording systems, where digital audio channel switching is required.
The PLL’s ability to reduce the number of components in the system as a whole is another advantage. The PLL can be used to create clock signals from crystals and, in the absence of an external filter, can function as the audio system’s master timing source. The WM8804 and WM8805, which include a special “with flags” mode, are fully compliant with the IEC60958-3 standard for S/PDIF. You can extract status and error information.
For usage in LCD TVs, DVD recorders, musical instruments, and other personal gadgets demanding high-performance digital audio, the WM8804 offers one input and one output. The WM8805, which has eight inputs and one output, is made especially for use in devices like AV and DVD receivers, as well as commercial and home recording systems, where digital audio channel switching is required.
The industry leader in control and automation systems, “They designed Analog Devices’ ADV7625, ADV7626 and ADV7627 into multiple video distribution products that support UHD in the professional audio visual and consumer home markets.” Because of the long-standing partnership with Analog Devices and their high-performance parts and support, they are able to continuously improve product offerings and hold the market share lead.
COMPANY PROFILE
THIS REPORT WILL ANSWER FOLLOWING QUESTIONS
- How many SPDIF Transceivers are manufactured per annum globally? Who are the sub-component suppliers in different regions?
- Cost breakup of a Global SPDIF Transceivers and key vendor selection criteria
- Where are the SPDIF Transceivers manufactured? What is the average margin per unit?
- Market share of Global SPDIF Transceivers market manufacturers and their upcoming products
- Cost advantage for OEMs who manufacture Global SPDIF Transceivers in-house
- key predictions for next 5 years in Global SPDIF Transceivers market
- Average B-2-B SPDIF Transceivers market price in all segments
- Latest trends in SPDIF Transceivers market, by every market segment
- The market size (both volume and value) of the SPDIF Transceivers market in 2022-2030 and every year in between?
- Production breakup of SPDIF Transceivers market, by suppliers and their OEM relationship
