Analog for Intel® FPGAs

Texas Instruments is the approved and tested vendor for the analog solution around the Intel® FPGAs and CPLDs. TI works closely with Intel® to recommend the best power management, clocking, data converter, and other analog solutions for a wide variety of applications.

Power Solutions

Stratix® III, IV & V Cyclone® III & IV, Arria® II, HardCopy® & HardCopy II, and MAX™ II-V Devices

Output Current	1.5 to 3.0	3.0 to 5.5	4.5 to 17	> 17
	Input Voltage Range
< 200 mA	LP5900 TPS720xx TPS712xx	LP5900 TPS720xx TPS728	TPS715A TPS62170	TPS54062 TPS54040 LM5017 TPS7A16
≤ 500 mA	TPS720xx TPS7A7100	TPS7A7100 TPS62140 TPS6223x LMZ10500	TPS62170 TPS62160 LMZ12001 LMZ14201	LM22671 LM5017 LMZ14201
500 mA to 1.5 A	LP38500 TPS7A7200 TPS7A7100 TPS7A8001	TPS62290 TPS62140 TPS54218 LMZ30602	LMR12010 TPS54294/5 Dual TPS62140 TPS54120 TPS54225/6	LMR24210 TPS54231 TPS54160 LM557x LMZ23603
1.5 A to 3 A	TPS7A7200 TPS7A7300 TPS7A7001	TPS54318 PTH04070W LMZ30604	TPS5432x LMZ22003 LMZ31503	TPS54331 TPS54260 LM22676 LMZ23603
3 A to 6 A		TPS54418 TPS54618 LMZ30606	TPS5462x TPS5442x LMZ22005/8 LMZ31506	TPS5450 LM3150 LMZ13610 LMZ23605/8 LM25116
6 A to 10 A		LM21212 PTH04T240W TPS40040	TPS56121 TPS54821 LMZ22008/10	LM22679 LM3150 LMZ23608/10 TPS40170
≥ 10 A to 16 A		LM21215 TPS53353 PTH04T220W TPS40322	TPS56121 PTH08T220W TPS40400 TPS40322	LMZ23610 TPS40061 TPS40170 LM3150
≥ 20 A		TPS53355 PTH05T210W TPS40322	TPS56221 PTH08T255W TPS40322 PTH08T250W LMZ31520 LMZ31530	LM(2)5119 LMZ23610 TPS40140

Clocking Solutions

Intel EVM Platform	Proposed TI Solutions	Output Frequencies	Output Formats	TI Solutions - Value Proposition
Arria-V	CDCM6208	125	LVDS	Lower RMS jitter, flexible frequency generation, more outputs, reduces BOM
		25
		50	LVCMOS
	CDCM6208	125	LVDS	Lower RMS jitter, flexible frequency generation, more outputs
		409.6
		156.25
		100
	CDCLVD1204	100	LVDS
	LMK00304	125	LVDS	Lower jitter, flexible outputs, lower power consumption
Cyclone - V	CDCM6208	50	CMOS	Lower RMS jitter, flexible frequency generation, more outputs
		50	CMOS
		25	CMOS
		100	CMOS
		125	LVDS
Stratix - V	LMK03806	625	LVDS	Lowest additive jitter, flexible outputs (LVDS / LVPECL / HCSL), low power, high operating frequency
		875
		644.53
		706.25
	CDCM6208	50	LVCMOS	Lower RMS jitter, flexible frequency generation, more outputs
	CDCM6208	25/100/125/200	LVDS / LVPECL
	CDCLVC1104	50		Lowest additive jitter, high operating frequency
	CDCM9102	25/100/125/200	HCSL	Very low jitter, flexible outputs (LVPECL, LVDS, LVCMOS, HCSL), PCIe Gen 1/2/3

Access TI’s additional Analog product portfolios to help streamline your Intel® FPGA design.

Repeaters, Retimers and Mux-Buffers

Family	Repeaters	Retimers	Advanced Retimers	MUX-Buffers
New Products	DS100KR401 10.3 Gbps quad SN65LVCP1414 14.2 Gbps quad SN65LVCP1412 14.2 Gbps quad	DS125RT410 9.8 to 12.5 Gbps DS110RT410 8.5 to 11.3 Gbps DS100RT410 10.3 Gbps	DS125DF410 9.8 to 12.5 Gbps DS110DF410 8.5 to 11.3 Gbps DS100DF410 10.3 Gbps	DS100MB203 dual 2:1/1:2 up to 11.5 Gbps SN65LVCP114 quad 2:1/1:2 up to 14.2 Gbps
Block Diagram
Insertion Loss	EQ, DE	EQ, DE	EQ, DE	EQ, DE
Jitter		CDR	CDR
Crosstalk			DFE
Applications	Active Cables Backplanes	Front Port Optical	Front Port Backplanes	Redundancy Switch

Comprehensive Portfolio, Easy Upgrade Path

Family

PCIe USB

SAS SATA

100-KR 10GbE

FC InfiniBand

Generic, Other

Mux-Buffers

PCIe Gen-1/2/3

2:1 Mux-Buffers

PCIe Gen-1

FET Switch

SAS I/II

2:1 Mux-Buffers
2/4 Lanes

SATA 1.5/3/6G

2:1 Mux-Buffers
2/4 Lanes

10G-KR

2:1 Mux-Buffers
2/4 Lanes

10 GbE

2:1 Mux-Buffers
2/4 Lanes

2/4/8/16G FC

2:1 Mux-Buffers
2/4 Lanes

DDR/QDR/FDR IB

2:1 Mux-Buffers
2/4 Lanes

< 15 Gbps

4 Lanes

< 10 Gbps

2/4 Lanes

Retimers

10 GbE

4 Channels

2/4/8/16G FC

4 Channels

DDR/QDR/FDR IB

4 Channels

< 12.5 Gbps

4 Channels

< 10 Gbps

4 Channels

Repeaters/Redrivers

PCIe Gen-1/2/3

x1/x4/x8/x16

USB 2.0/3.0

2 Channels

SAS I/II

1/2/4/8 Channels

SATA 1.5/3/6G

1/2/4/8 Channels

10G-KR

2/4/8 Channels

10 GbE

2/4/8 Channels

2/4/8/16G FC

2/4/8 Channels

DDR/QDR/FDR IB

2/4/8 Channels

< 15 Gbps

1/2/4/8 Channels

< 10 Gbps

1/2/4/8 Channels

< 5 Gbps

1/2/4/8 Channels

Equalizers, Reclockers and Cable Drivers

Device	Description	Supply Voltage (V)	Typ Power (mW)	Data Rate (Mbps)	Temp Range²	Evaluation Board	Package(s)
Cable Equalizers
LMH0384SQ	3G/HD/SD extended-reach adaptive cable equalizer	3.3	230	123 to 2970	Ind	SD384EVK	LLP-16
LMH0044SQ	HD/SD adaptive cable equalizer	3.3	208	143 to 1485	Ext	SD044EVK	LLP-16
LMH0034MA	HD/SD adaptive cable equalizer	3.3	208	143 to 1485	Ext	SD034EVK	SOIC-16
LMH0074SQ	SD adaptive cable equalizer with cable detect	3.3	208	143 to 540	Ind	SD074EVK	LLP-16
LMH0024MA	3.3-V SD adaptive cable equalizer	3.3	198	143 to 540	Ind	SD024EVK	SOIC-16
Reclockers
LMH0346MH/SQ	3G/HD/SD reclocker with dual differential outputs	3.3	370	270 to 2970	Ind	SD3GDAEVK/ SD346EVK	eTSSOP-20, LLP-24
LMH0346MH/SQ	3G/HD/SD reclocker with 4:1 input MUX and FR4 equalization	3.3	430	270 to 2970	Ind	SD356EVK	LLP-48, LLP-40
LMH0046MH	HD/SD reclocker with dual differential outputs	3.3	330	143 to 1485	Ind	SD046EVK	eTSSOP-20
LMH0056SQ	HD/SD reclocker with 4:1 input MUX and FR4 equalization	3.3	360	143 to 1485	Ind	SD046EVK	LLP-48
LMH0026MH	SD reclocker with dual differential outputs	3.3	330	270	Ind	SD046EVK	eTSSOP-20
LMH0036SQ	SD reclocker with 4:1 input MUX and FR4 equalization	3.3	350	270	Ind	SD046EVK	LLP-48
Cable Drivers
LMH0307GR/SQ	3G/HD/SD SDI dual cable driver with cable detect, input LOS, selectable slew rate and 4-mW power-down mode	3.3	275	Up to 2970	Ind	SD307EVK	microArray-25, LLP-16
LMH0302SQ	3G/HD/SD cable driver with enable feature	3.3	165	Up to 2970	Ind	SD302EVK	LLP-16
LMH0303SQ	3G/HD/SD SDI cable driver with cable detect, input LOS, selectable slew rate and 4-mW power-down mode	3.3	155	Up to 2970	Ind	SD303EVK	LLP-16
LMH0002MA/TMA	HD/SD serial digital cable driver with selectable slew rate	3.3	149	Up to 1485	Com/Ind	SD002EVK	SOIC-8
LMH0002SQ	HD/SD serial digital cable driver with selectable slew rate	3.3	149	Up to 1485	Ind	SD002SQ-EVK	LLP-16
LMH0202MT	Dual SD/DS serial cable driver with dual differential input and output	3.3	298	Up to 1485	Com	D202EVK/ DVB202-EVK	TSSOP-16
LMH0001SQ	SD serial digital cable driver with adjustable output amplitude	3.3	125	Up to 540	Ind	SD001SQ-EVK	LLP-16

SerDes Families

Family	Serializer	Deserializer	Parallel Interface	SigCon	CLK Min (MHz)	CLK Max (MHz)	Typ Reach (m)	Special Features
FPGA-Link	DS32EL0421	DS32EL0124	5-bit LVDS	TX De-E, RX EQ	125	312.5	20
FPGA-Link	DS32ELX0421	DS32ELX0124	5-bit LVDS	TX De-E, RX EQ	125	312.5	20	Redundant output, loop-through
Channel Link 2	DS92LV2411	DS92LV2412	24-bit LVCMOS	RX EQ	5	50	10	Supports embedded video control
Channel Link 2	DS92LV2421	DS92LV2422	24-bit LVCMOS	RX EQ	10	75	10	Supports embedded video control

Ethernet PHYs for Intel

Device	Interface	Cable Length (m)	No. of LEDs	JTAG	Cable Dignostics	FX Suport	IEEE1588 HW Support	25-MHz Clock Out	Temp Range (ºC)	Package(s)
DP83848I	MII, RMII, SNI	150	3	4				4	–40 to 85	QFP-48
DP83848Q*	MII, RMII	150	1					4	–40 to 105	QFP-40
TLK110	MII, RMII	150	3	4	4			4	–40 to 85	QFP-48
DP83630	MII, RMII	150	3	4	4	4	4	4	–40 to 85	QFP-48
TLK105	MII, RMII	150	1						–40 to 85	QFP-32
TLK105L	MII, RMII	150	2			4			–40 to 85	QFP-32
TLK106	MII, RMII	150	1		4				–40 to 105	QFP-32
TLK106L	MII, RMII	150	2		4	4			–40 to 105	QFP-32
DP83848J	MII, RMII	137	2						0 to 70	QFP-40
DP83848K	MII, RMII	137	2						–40 to 85	QFP-40
DP83848M	MII, RMII	137	1					4	0 to 70	QFP-40
DP83848T	MII, RMII	137	1					4	–40 to 85	QFP-40
DP83848H	MII, RMII	137	1					4	–40 to 125	QFP-40
DP83848C	MII, RMII, SNI	137	3					4	0 to 70	QFP-48
TLK100	MII	200	3	4	4				–40 to 85	QFP-48
DP83620	MII, RMII	150	3	4	4	4		4	–40 to 85	QFP-48
DP83640	MII, RMII	150	3	4	4	4	4	4	–40 to 85	QFP-48
DP83848VYB	MII, RMII, SNI	150	3	4				4	–40 to 105	QFP-48
DP83848YB	MII, RMII, SNI	150	3	4				4	–40 to 125	QFP-48

Temperature Sensors

Device	Channels	N-Factor Correction	Beta Correction	Int. Power Monitor	Accuracy	Quiescent Current	Size	Interface
Remote Sensors
TMP411	1	Yes	No	No	-	-	-	-
TMP432	2	Yes	Yes	No	-	-	-	-
TMP513	3	Yes	Yes	Yes	-	-	-	-
Local Sensors
TMP112	-	-	-	-	±0.5°C	10 μA	1.6 x 1.6 mm	I2C
TMP103	-	-	-	-	±0.3°C	3 μA	0.76 x 0.76 mm	I2C
TMP122	-	-	-	-	±1.5°C	75 μA	2.9 x 2.8 mm	SPI

TI and Intel Ease the Design Process with Compatible Evaluation Tools

High Speed ADC to HSMC (Intel) Header Adaptor Card

The HSMC-ADC-Bridge passive interconnect board enables the output of TI’s LVDS output high speed ADCs to directly connected to a standard HSMC interconnect header, a typical input on the latest Intel FPGA EVMs. This enables users of TI’s high speed data converter EVMs to directly interface to Intel FPGA’s for prototyping purposes, saving the time and cost of producing a Custom prototyping board.

Arria V-TI-Adaptor

The Arria V-TI-Adaptor is an adapter that enables TI’s TSW1266 quadrated receive/DPD-observation path EVM and TSW30H84 transmit EVM to simultaneously connect to the Arria V development kit from Intel. When used together the TSW1266, TSW30H84 and Arria V development kit enables the testing and development of advanced DPD hardware and software platforms for up to 500MHz of observation bandwidth

The following Intel boards have TI products attached!

Cyclone IV E DE2-115 Development Kit

The Intel DE2-115 from Terasic is the first development kit available to evaluate the Cyclone IV E FPGA and uses Texas Instruments SIMPLE SWITCHER family and LDO for the complete power solution . The onboard Cyclone IV EP4CE115 device is the largest offering of the Cyclone IV E series giving maximum flexibility for designers to prototype designs. The inclusion of Ethernet, RS-232, RS-485 and CAN make it an ideal design platform for industrial applications. A high speed mezzanine connector (HSMC) enables daughter cards to be plugged in extending this development board for other applications.

LMZ12003 3A Power Module
LP38692 Linear Regulator

LM3150 Synchronous Controller

3G-SDI HSMC Daughter Card

The SDI-HSMC board provides a hardware platform to develop video broadcasting systems. It is to be used by customers designing SDI and AES systems. The HSMC connector enables customers to choose whichever host FPGA board suits their needs.

LMH0302 3G SDI Driver
LMH1981 Sync Separator

LMH0344 3G SDI Equalizer

SDALTEVK

TI collaborated with Intel to develop a SDALTEVK 3G-SDI and video clocking daughter card. This comprehensive platform includes a wide variety of IOs enabling customers to rapidly prototype broadcast video solutions. It includes the necessary FPGA IP in to further accelerate development. The HSMC connector enables customers to choose whichever host FPGA board suits their needs.

LMH0344 3G SDI Equalizer
LMH0340 3G SDI Driver
LMH0341 3G SDI Deserializer
LMH1981 Sync Separator

LMH1982 Clock Generator
DS90CP22 2x2 Crosspoint
LP3878-ADJ Low noise LDO
LM20242 36V, 2A Synch Buck

Stratix IV GX Development Kit

The Intel Stratix IV GX FPGA Development Kit is a complete system-level design environment which includes both the hardware and software needed to immediately being developing FPGA designs.

LMH0302 3G SDI Driver

LMH0344 3G SDI Equalizer

Cyclone III Starter Kit

This Starter Kit EBV designed board is the ideal board to start first experiments based on Intel Cyclone III FGPAs.

LM2852 2A Synch Buck

LP2992 250mA Low Noise LDO

Analog for Intel® FPGAs

Power Solutions

Clocking Solutions

Access TI’s additional Analog product portfolios to help streamline your Intel® FPGA design.

Repeaters, Retimers and Mux-Buffers

Comprehensive Portfolio, Easy Upgrade Path

Equalizers, Reclockers and Cable Drivers

SerDes Families

Ethernet PHYs for Intel

Temperature Sensors

TI and Intel Ease the Design Process with Compatible Evaluation Tools

High Speed ADC to HSMC (Intel) Header Adaptor Card

Arria V-TI-Adaptor

The following Intel boards have TI products attached!

Cyclone IV E DE2-115 Development Kit

3G-SDI HSMC Daughter Card

SDALTEVK

Stratix IV GX Development Kit

Cyclone III Starter Kit

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