InterfaceV-by-One® HS

V-by-One® HS De-Facto Standard for Next Generation High Resolution Interface.

V-by-One HS

V-by-One® HS offers solutions for flat panel displays, which are requiring higher and higher frame rates and resolutions. THine’s unique variable speed technology – from 600 Mbps to 4 Gbps – effectively meets the requirements of different pixel rates. THine’s original equalizer technology achieves high video signal quality and total cost reduction. It does this by enabling the use of lower-cost cables, connectors, and reducing components that are needed for control of electromagnetic interference (EMI).

Serializer

Part Number	Datasheet	Design Guide	Description	Input	Output	Data width [bit per clock]	min. Clock frequency [MHz]	max. Clock frequency [MHz]	max. Total Throughput [Mbps]	max. Signaling rate [Mbps/lane]	Features	Supply voltage Typ.[V]	Operating temperature range [degree]	Package type size [mm]	Buy Chip1stop	Buy Digi-key
THCV215			Dual Port LVDS to V-by-One®HS Converter	LVDS 6ch x 2port	CML 2lane	24/32/39	20	100	6000	LVDS:700 CML:3750	36bit/pixel support Pre-emphasis	CORE:1.8 IO:3.3	0 to +70	TSSOP64 6.1 x 17	Buy	Buy
THCV217			Dual Port Parallel to V-by-One®HS Converter	3.3V LVTTL 32bit x 2port	CML 2lane	24/32	20	170	5440	CML:3400	Single to dual pixel link conversion Pre-emphasis	CORE:1.8 IO:3.3	-20 to +85	TFBGA105 12 x 12	Buy	Buy
THCV219			Parallel to V-by-One®HS Converter	3.3V LVTTL, 2.5/1.8V CMOS 32bit	CML 1lane	24/32	7.5	100	2400	CML:3000	Pre-emphasis	3.3	-40 to +85	QFN64 9 x 9	Buy	Buy
THCV231			Parallel to V-by-One HS Converter	3.3V LVTTL, 2.5/1.8V CMOS 12bit	CML 1lane	8/10/12/14	15	160	2240	CML:4000	I2C/GPIO bridge by Sub-Link Pre-emphasis	1.8 - 3.3	-40 to +105	QFN32 5 x 5	Buy	Buy
THCV233			LVDS to V-by-One®HS Converter	LVDS 5ch	CML 2lane	24/32	9	105	3360	LVDS:735 CML:4200	Distribution Single to dual pixel link conversion Pre-emphasis	3.3	-40 to 105	QFN48 7 x 7	Buy	Buy
THCV235			Parallel to V-by-One(R)HS Converter	3.3V LVTTL, 2.5/1.8V CMOS 32bit	CML 1lane	24/32	6	160	3200	CML:4000	I2C/GPIO bridge by Sub-Link Pre-emphasis	1.8 - 3.3	-40 to +105	QFN64 9 x 9	Buy	Buy
THCV241A			MIPI®CSI-2 to V-by-One®HS Converter	D-PHY 4lane	CML 2lane	8/10/12/14/16/20	10	133	4800	D-PHY:1200 CML:4000	I2C/GPIO bridge by Sub-Link Distribution Dual pixel link conversion Built-in Spread Spectrum Clock Generator (SSCG) Pre-emphasis	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN40 5 x 5	Buy	Buy
THCV241A-P			MIPI-CSI2 to V-by-One HS Converter	D-PHY 4lane	CML 2lane	8/10/12/14/16/20	10	133	6000	D-PHY:1500 CML:4000	I2C/GPIO bridge by Sub-Link Distribution Built-in Spread Spectrum Clock Generator (SSCG) Pre-emphasis	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN40 5 x 5	Buy	-
THCV243	-		MIPI®CSI-2 to V-by-One®HS Converter	D-PHY 4lane	CML 1lane	8/10/12/14/16/20	10	133	3200	D-PHY:1200 CML:4000	I2C/GPIO bridge by Sub-Link Pre-emphasis	CORE:1.2 IO:1.8 - 3.3	-40 to +105	CSP35 2.9 x 2.1	Buy	Buy
NEW THCV333-Q		-	LVDS to V-by-One® HS/HS II Converter	LVDS 2port	CML 2lane	18/24	10	218	6000	LVDS:1050 CML:3750	touch panel support I2S/I2C/GPIO bridge Eye Monitor Single to Dual conversion Built-in Spread Spectrum Clock Generator(SSCG)	IO: 1.8V-3.3V Analog: 1.2V LVDS: 1.8V	-40 to 105	QFN64 9 x 9	-	-

De-Serializer

Part Number	Design Guide	Description	Input	Output	Data width [bit per clock]	min. Clock frequency [MHz]	max. Clock frequency [MHz]	max. Total Throughput [Mbps]	max. Signaling rate [Mbps/lane]	Features	Supply voltage Typ.[V]	Operating temperature range [degree]	Package type size [mm]	Buy Chip1stop	Buy Digi-key
THCV216		Dual Port V-by-One®HS to LVDS Converter	CML 2lane	LVDS 6ch x 2port	24/32/39	20	100	6000	LVDS:700 CML:3750	Adaptive Equalizer	CORE:1.8 IO:3.3	0 to +70	TSSOP64 6.1 x 17	Buy	Buy
THCV218		Dual Port V-by-One®HS to Parallel Converter	CML 2lane	3.3V LVTTL 32bit x 2port	24/32	20	170	5440	CML:3400	Dual to single pixel link conversion Adaptive Equalizer	CORE:1.8 IO:3.3	-20 to +85	TFBGA145 12 x 12	Buy	Buy
THCV220		V-by-One®HS to Parallel Converter	CML 1lane	3.3V LVTTL, 2.5/1.8V CMOS 32bit	24/32	7.5	100	2400	CML:3000	Adaptive Equalizer	3.3	-40 to +85	QFN64 9 x 9	Buy	Buy
THCV226		Quad Port V-by-One®HS to LVDS Converter	CML 4lane	LVDS 5ch x 4port	24/32	40	157	10880	LVDS:1099 CML:3400	Dual/Single pixel link conversion Distribution Cross point switching EMI suppression by small-swing LVDS signals Adaptive Equalizer	1.8	-40 to +85	TQFP128 16 x 16	Buy	Buy
THCV234		V-by-One®HS to LVDS Converter	CML 2lane	LVDS 5ch	24/30	9	105	3360	CML:4200 LVDS:735	Dual to single pixel link conversion 2-inputs selector Adaptive Equalizer	CORE:1.8 IO::3.3	0 to +70	QFN48 7 x 7	Buy	Buy
THCV236		V-by-One®HS to Parallel Converter	CML 1lane	3.3V LVTTL, 2.5/1.8V CMOS 32bit	32	6	160	3200	CML:4000	I2C/GPIO bridge by Sub-Link Adaptive Equalizer	3.3	-40 to 105	QFN64 9 x 9	Buy	Buy
THCV242		V-by-One®HS to MIPI®CSI-2 Converter	CML 2lane	D-PHY 4lane	8/10/12/14/16/20	10	133	4800	D-PHY:1200 CML:4000	2-camera input support I2C/GPIO bridge by Sub-Link Adaptive Equalizer Error detection	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN64 9 x 9	Buy	Buy
THCV242A		V-by-One®HS to MIPI®CSI-2 Converter	CML 2lane	D-PHY 4lane	8/10/12/14/16/20	10	133	4800	D-PHY:1200 CML:4000	2-camera input support I2C/GPIO bridge by Sub-Link Adaptive Equalizer Error detection	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN64 9 x 9	Buy	Buy
THCV242A-P		V-by-One®HS to MIPI®CSI-2 Converter	CML 2lane	D-PHY 4lane	8/10/12/14/16/20	10	133	6000	CML:4000 D-PHY:1500	2-camera input support I2C/GPIO bridge by Sub-Link Adaptive Equalizer Error detection	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN64 9 x 9	-	Buy
THCV244A		V-by-One®HS to MIPI®CSI-2 Converter	CML 4lane	D-PHY 4lane	8/10/12/14/16/20	10	133	4800	CML:4000 D-PHY:1200	4-camera input support 3-camera input support MIPI®virtual channel I2C/GPIO bridge by Sub-Link Adaptive Equalizer Error detection	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN64 9 x 9	Buy	-
THCV244A-QP		V-by-One®HS to MIPI®CSI-2 Converter	CML 4lane	D-PHY 4lane	8/10/12/14/16/20	10	133	6000	CML:4000 D-PHY:1490	4-camera input support 3-camera input support MIPI®virtual channel I2C/GPIO bridge by Sub-Link Adaptive Equalizer Error detection	CORE:1.2 IO:1.8-3.3	-40 to +105	QFN64 9 x 9	-	-
NEW THCV334-Q	-	V-by-One® HS / HS II to LVDS Converter	CML 2lane	LVDS 2port	18/24	10	218	6000	LVDS:1050 CML:3750	touch panel support I2S/I2C/GPIO bridge Eye Monitor Single to Dual conversion Built-in Spread Spectrum Clock Generator(SSCG)	IO: 1.8V-3.3V Analog: 1.2V LVDS: 3.3V	-40 to 105	QFN64 9 x 9	-	-

Repeater

Part Number	Datasheet	Design Guide	Description	Device Type	Input	Number of Channel	Speed (Max) [Gbps]	Supply Voltage Typ.[V]	Equalizer Gain	Operating temperature range [degree]	Package type size [mm]	Buy Chip1stop	Buy Digi-key
THCV2911B		-	2lane Redriver, Equalizer	Redriver	CML 2lane	2 (up:1 down:1)	4	3.3	+10.6dB @2GHz	-40 to +105	QFN30 2.5 x 4.5	Buy	-

Switcher

Part Number	Datasheet	Design Guide	Description	Input	Number of Channel	Speed (Max) [Gbps]	Supply Voltage Typ.[V]	Feature	Operating temperature range [degree]	Package type size [mm]	Buy Chip1stop	Buy Digi-key
THCV2712			V-by-One®HS Distributor	CML	2	4	3.3	2:1 Switch 1:2 Switch	-40 to 85	QFN40 5 x 5	-	-

Distributor

Part Number	Datasheet	Design Guide	Description	Input	Number of Channel	Speed (Max) [Gbps]	Supply Voltage Typ.[V]	Feature	Operating temperature range [degree]	Package type size [mm]	Buy Chip1stop	Buy Digi-key
THCV2712			V-by-One®HS Distributor	CML	1	4	3.3	1:2 Distribution	-40 to 85	QFN40 5 x 5	-	-

*“MIPI®” is a registered trademark of MIPI Alliance, Inc.
*The product introduced on this page is RoHS (2011/65/EU) compliant.

Please contact THine's authorized distributors regarding documents for environmental regulations (MSDS, ICP report, Conflict Minerals, etc) and product spec documents (detailed information on package, packing, etc).

Click here to find distributors.

How to get the V-by-One®HS Standard?

・Click Here to download the free version.

※"V-by-One" is a registered trademark of THine Electronics, Inc.

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