JAJSLD1C May 2021 – November 2022 DLPC6540

PRODUCTION DATA

パッケージ・オプション

メカニカル・データ（パッケージ｜ピン）

ZDC|676
- MPBGAP5

サーマルパッド・メカニカル・データ

発注情報

jajsld1c_oa

5 Pin Configuration and Functions

Figure 5-1 ZDC Package676-Pin PBGATop View

Table 5-1 Initialization, Board Level Test, and Debug

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
POSENSE	AE27	I₈	Power-On Sense: Signal provided from external voltage monitoring circuit ('0' = All controller supply voltages not at valid level, '1' = All controller supply voltages have reached 90% specified minimum voltage) Drive this signal to inactive (low) after the falling edge of PWRGOOD as specified. See Section 6.12 for specific timing requirements as well as the required power up and power down sequence. This pin includes hysteresis.
PWRGOOD	AG30	I₈	Power Good: Signal provided from external power supply of voltage monitor A high value indicates all power is within operating voltage specifications and the system is safe to exit its reset state. A transition from high to low indicates that the controller or DMD supply voltage drops below its rated minimum level. This transition must occur prior to the supply voltage dropping per the timing specified, as this is an early warning of an imminent power loss condition. This warning is required to enhance long term DMD reliability. When PWRGOOD goes low for the specified minimum time, a DMD park and full Controller reset are performed, protecting the DMD. Note that both controller and DMD supply voltages must be within operating voltage levels to successfully execute the DMD park. The minimum PWRGOOD deassertion time is used to protect the system input from glitches. When PWRGOOD is low, the Controller is held in its reset state. See Section 6.12 for specific timing requirements as well as the required power up and power down sequence. This pin includes hysteresis.
EXT_ARSTZ	AF29	O₈	External Reset: General purpose reset output ('0' = Reset, '1' = Normal Operation) This output is asserted low immediately upon POSENSE being asserted low, and remains low while POSENSE remains low. This signal remains low after POSENSE is set high, until released by software. This signal is also asserted low approximately 5 µs after the detection of PWRGOOD going low, or any internally generated reset. In all cases, this signal remains active low for a minimum of 2 ms. Note: This signal can also be independently driven through the software register.
MTR_ARSTZ	AF27	O₈	Color Wheel Motor Controller Reset: Color wheel motor controller reset output ('0' = Reset, '1' = Normal Operation) This output is asserted low immediately upon POSENSE being asserted low, and remains low while POSENSE remains low. This signal remains low after POSENSE is set high, until released by software. This signal is also asserted low approximately 5 µs after the detection of PWRGOOD going low, or any internally generated reset. In all cases, this signal remains active low for a minimum of 2 ms. Note: This signal can also be independently driven through the software register.
TCK	AK19	I₈	JTAG, ARM-ICE, and CPU MBIST Serial Data Clock. This signal is shared between JTAG, ARM-ICE (TI test only), and CPU MBIST (Manufacturing test only) operation Includes a weak internal pulldown
TMS1	AH20	I₈	JTAG Test Mode Select Includes a weak internal pullup
TMS2	AJ20	I₈	ARM-ICE Test Mode Select For normal operation, this pin must be left open or unconnected. Includes a weak internal pullup
TMS3	AK20	I₈	CPU MBIST Test Mode Select For normal operation this pin must be left open or unconnected. Includes a weak internal pullup
TRSTZ	AG21	I₈	JTAG, ARM-ICE, and CPU MBIST Reset. This signal is shared between JTAG, ARM-ICE (TI test only), and CPU MBIST (Manufacturing test only) operation. For normal operation, this pin must be pulled to ground through an external resistor with value 8 kΩ or less. Failure to pull this pin low during normal operation causes start-up and initialization problems. For JTAG Boundary Scan, ARM-ICE Debug operation, or CPU MBIST, this pin must be pulled-up or left disconnected. Includes a weak internal pullup and hysteresis
TDI	AG20	I₈	JTAG, ARM-ICE, and CPU MBIST: Serial Data In Includes a weak internal pullup
TDO1	AG19	O₈	JTAG Serial Data Out
TDO2	AH19	O₈	ARM-ICE Serial Data Out For normal operation, this pin must be left open or unconnected.
TDO3	AJ19	O₈	CPU MBIST Serial Data Out For normal operation, this pin must be left open or unconnected.
ETM_TRACECLK	C30	O₈	TI internal use. Must be left unconnected (clock for trace debug)
ETM_TRACECTL	D30	O₈	TI internal use. Must be left unconnected (control for trace debug)
ICTSEN	K26	I₈	IC Tristate Enable (Active high) Asserting this signal transitions all outputs into tristate (except for the JTAG interface). Includes a weak internal pulldown, however, an external pulldown is recommended for added protection. Also includes hysteresis
ICTSE	M26	I₈	TI internal use. Includes a weak internal pulldown, however, an external pulldown is recommended for added protection. Also includes hysteresis
TSTPT_0	E29	B₈	Test pin 0 This pin requires an external pulldown or pullup resistor (depending on the desired debug output as noted below) with a value of ≤ 10 kΩ. Tristated while PWRGOOD is asserted low. It may be driven as an output for debug use as described in Section 7.3.7.
TSTPT_1	E30	B₈	Test pin 1 This pin requires an external pulldown or pullup resistor (depending on the desired debug output as noted below) with a value of ≤ 10 kΩ. Tristated while PWRGOOD is asserted low. It may be driven as an output for debug use as described in Section 7.3.7.
TSTPT_2	F26	B₈	Test pin 2 This pin requires an external pulldown or pullup resistor (depending on the desired debug output as noted below) with a value of ≤ 10 kΩ. Tristated while PWRGOOD is asserted low. It can be driven as an output for debug use as described in Section 7.3.7.
TSTPT_3	F27	B₈	Test pin 3 This pin requires an external pulldown or pullup resistor (depending on the desired debug output as noted below) with a value of ≤ 10 kΩ. Tristated while PWRGOOD is asserted low. It may be driven as an output for debug use as described in Section 7.3.7.
TSTPT_4	F28	B₈	Test pin 4 This pin requires an external pulldown resistor (≤ 10 kΩ). Tri-stated while PWRGOOD is asserted low. It can be driven as an output for debug use as described in Section 7.3.7.
TSTPT_5	F29	B₈	Test pin 5 This pin requires an external pulldown resistor (≤ 10 kΩ). Tristated while PWRGOOD is asserted low. It can be driven as an output for debug use as described in Section 7.3.7.
TSTPT_6	G26	B₈	Test pin 6 This pin requires an external pulldown resistor (≤ 10 kΩ). Tristated while PWRGOOD is asserted low. It can be driven as an output for debug use as described in Section 7.3.7.
TSTPT_7	G28	B₈	Test pin 7 This pin requires an external pulldown resistor (≤ 10 kΩ). Tristated while PWRGOOD is asserted low. It can be driven as an output for debug use as described in Section 7.3.7.
HWTEST_EN	L26	I₈	Manufacturing test enable signal. This signal must be connected directly to ground on the PCB for normal operation. Includes a weak internal pulldown and hysteresis

(1) See Table 5-13 for more information on I/O definitions.

Table 5-2 Analog Front End (Not Supported in DLPC6540)

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
AFE_ARSTZ	K2	O₈	Reserved
AFE_CLK	K3	O₈	Reserved
AFE_IRQ	K4	I₈	Reserved
ALF_VSYNC	K5	I₈	Reserved
ALF_HSYNC	J1	I₈	Reserved
ALF_CSYNC	J2	I₈	Reserved

(1) See Table 5-13 for more information on I/O definitions.

Table 5-3 V-by-One Interface Input Data and Control

PIN		TYPE⁽¹⁾	DESCRIPTION⁽²⁾⁽³⁾
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION⁽²⁾⁽³⁾
VX1_DATA0_P VX1_DATA0_N VX1_DATA1_P VX1_DATA1_N VX1_DATA2_P VX1_DATA2_N VX1_DATA3_P VX1_DATA3_N VX1_DATA4_P VX1_DATA4_N VX1_DATA5_P VX1_DATA5_N VX1_DATA6_P VX1_DATA6_N VX1_DATA7_P VX1_DATA7_N	C18 D18 A19 B19 C20 D20 A21 B21 C22 D22 A23 B23 C24 D24 A25 B25	I₁	V-by-One interface data lanes
VX1_HTPDN	E17	O₄	V-by-One interface hot plug detect (controller receiver pulls this signal low to indicate its presence to the transmitter) This signal is open drain at the controller output. A pullup resistor is required at the transmitter.
VX1_LOCKN	E19	O₄	V-by-One interface clock detect lock (controller receiver pulls this signal low to indicate clock extraction lock to the transmitter) This signal is open drain at the controller output. A pullup resistor is required at the transmitter.
VX1_CM_CKREF0 VX1_CM_CKREF1 VX1_CM_CKREF2 VX1_CM_CKREF3	E20 E21 E23 E24	I₁	V-by-One reserved: Tie these reserved pins to ground.
VX1_CM_AMOUT0 VX1_CM_AMOUT1 VX1_CM_AMOUT2 VX1_CM_AMOUT3	F19 F21 F22 F23	O₁	V-by-One reserved: These pins are reserved and must remain unconnected.

(1) See Table 5-13 for more information on I/O definitions.

(2) The system supports 1-lane, 2-lane, 4-lane, or 8-lane operation, based on the bandwidth requirement of the input source. The inputs for any unused data lanes must be left open.

(3) The V-by-One port supports limited lane remapping to help optimize board layout. The details are described in Section 7.3.3.

Table 5-4 OpenLDI (FPD-Link I) (Not Supported in DLPC6540) Ports Input Data and Control

PIN		TYPE⁽¹⁾	DESCRIPTION⁽²⁾⁽³⁾
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION⁽²⁾⁽³⁾
FPDA_CLK_P FPDA_CLK_N	H3 H4	I₅	Reserved
FPDA_DATAA_P FPDA_DATAA_N FPDA_DATAB_P FPDA_DATAB_N FPDA_DATAC_P FPDA_DATAC_N FPDA_DATAD_P FPDA_DATAD_N FPDA_DATAE_P FPDA_DATAE_N	G1 G2 F3 F4 E1 E2 D3 D4 C1 C2	I₅	Reserved
FPDB_CLK_P FPDB_CLK_N	A4 B4	I₅	Reserved
FPDB_DATAA_P FPDB_DATAA_N FPDB_DATAB_P FPDB_DATAB_N FPDB_DATAC_P FPDB_DATAC_N FPDB_DATAD_P FPDB_DATAD_N FPDB_DATAE_P FPDB_DATAE_N	C5 D5 A6 B6 C7 D7 A8 B8 C9 D9	I₅	Reserved
FPDC_CLK_P FPDC_CLK_N	A10 B10	I₅	Reserved
FPDC_DATAA_P FPDC_DATAA_N FPDC_DATAB_P FPDC_DATAB_N FPDC_DATAC_P FPDC_DATAC_N FPDC_DATAD_P FPDC_DATAD_N FPDC_DATAE_P FPDC_DATAE_N	C11 D11 A12 B12 C13 D13 A14 B14 C15 D15	I₅	Reserved.

(1) See Table 5-13 for more information on I/O definitions.

(2) Throughout this document the terms FPD and FPD-Link refer to OpenLDI (FPD-Link I).

(3) Tie the inputs for any unused port(s) to ground, or pull to ground through an external resistor.

Table 5-5 Parallel Port Input Data and Control (Not Supported in DLPC6540)

PIN		TYPE⁽¹⁾	DESCRIPTION PARALLEL RGB MODE
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION PARALLEL RGB MODE
PCLK (FPDB_DATAB_N)	B6	I₆	Reserved
VSYNC (FPDA_DATAE_P)	C1	I₆	Reserved
HSYNC (FPDA_DATAE_N)	C2	I₆	Reserved
DATEN (FPDB_DATAE_N)	D9	I₆	Reserved⁽²⁾
FIELD (FPDC_DATAE_P)	C15	I₆	Reserved
3D_REF (FPDC_DATAE_N)	D15	I₆	Reserved

PDATA_A0 (FPDA_CLK_P) PDATA_A1 (FPDA_CLK_N) PDATA_A2 (FPDA_DATAA_P) PDATA_A3 (FPDA_DATAA_N) PDATA_A4 (FPDA_DATAB_P) PDATA_A5 (FPDA_DATAB_N) PDATA_A6 (FPDA_DATAC_P) PDATA_A7 (FPDA_DATAC_N) PDATA_A8 (FPDA_DATAD_P) PDATA_A9 (FPDA_DATAD_N)	H3 H4 G1 G2 F3 F4 E1 E2 D3 D4	I₆	Reserved

PDATA_B0 (FPDB_CLK_P) PDATA_B1 (FPDB_CLK_N) PDATA_B2 (FPDB_DATAA_P) PDATA_B3 (FPDB_DATAA_N) PDATA_B4 (FPDB_DATAB_P) PDATA_B5 (FPDB_DATAC_P) PDATA_B6 (FPDB_DATAC_N) PDATA_B7 (FPDB_DATAD_P) PDATA_B8 (FPDB_DATAD_N) PDATA_B9 (FPDB_DATAE_P)	A4 B4 C5 D5 A6 C7 D7 A8 B8 C9	I₆	Reserved

PDATA_C0 (FPDC_CLK_P) PDATA_C1 (FPDC_CLK_N) PDATA_C2 (FPDC_DATAA_P) PDATA_C3 (FPDC_DATAA_N) PDATA_C4 (FPDC_DATAB_P) PDATA_C5 (FPDC_DATAB_N) PDATA_C6 (FPDC_DATAC_P) PDATA_C7 (FPDC_DATAC_N) PDATA_C8 (FPDC_DATAD_P) PDATA_C9 (FPDC_DATAD_N)	A10 B10 C11 D11 A12 B12 C13 D13 A14 B14	I₆	Reserved

(1) See Table 5-13 for more information on I/O definitions.

(2) If the DATEN is not actively driven, then it must be pulled up to 3.3 V with a weak pullup resistor (50-kΩ max).

Table 5-6 DMD Reset and Low Speed Interfaces

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
DMD_LS0_CLK_P DMD_LS0_CLK_N	AH17 AG17	O₂	DMD low speed differential interface, Port 0 Clock
DMD_LS0_WDATA_P DMD_LS0_WDATA_N	AK16 AJ16	O₂	DMD low speed differential interface, Port 0 Write Data
DMD_LS1_CLK_P DMD_LS1_CLK_N	AH15 AG15	O₂	DMD low speed differential interface, Port 1 Clock ⁽²⁾
DMD_LS1_WDATA_P DMD_LS1_WDATA_N	AK14 AJ14	O₂	DMD low speed differential interface, Port 1Write Data ⁽²⁾
DMD_LS0_RDATA	AH13	I₃	DMD, low speed single ended serial interface, Port 0 Read Data ⁽³⁾
DMD_LS1_RDATA	AG13	I₃	DMD, low speed single ended serial interface, Port 1 Read Data ⁽²⁾⁽³⁾. If this port is not used, this signal requires an external pullup or pulldown to keep this input from floating.
DMD_DEN_ARSTZ	AK12	O₃	DMD driver enable signal / Active Low Asynchronous Reset ('1' = Enabled, '0' = Reset) This signal is driven low after the DMD is parked and before power is removed from the DMD. If the 1.8-V power to the DLPC6540 is independent of the 1.8-V power to the DMD, then an external pulldown resistor must be used to hold the signal low in the event the DLPC6540 power is inactive while DMD power is applied.

(1) See Table 5-13 for more information on I/O definitions.

(2) DMD LS1 port is reserved for single controller, two DMD applications.

(3) All control interface reads make use of the single ended low speed signals. The read data is clocked by the low speed differential write clock.

Table 5-7 DMD HSSI (High Speed Serial Interface)

PIN ⁽¹⁾		TYPE⁽²⁾	DESCRIPTION
NAME	NO.	TYPE⁽²⁾	DESCRIPTION
DMD_HSSI0_CLK_P DMD_HSSI0_CLK_N	AK25 AJ25	O₇	DMD high speed serial interface, Port 0 Clock Lane
DMD_HSSI0_D0_P DMD_HSSI0_D0_N DMD_HSSI0_D1_P DMD_HSSI0_D1_N DMD_HSSI0_D2_P DMD_HSSI0_D2_N DMD_HSSI0_D3_P DMD_HSSI0_D3_N DMD_HSSI0_D4_P DMD_HSSI0_D4_N DMD_HSSI0_D5_P DMD_HSSI0_D5_N DMD_HSSI0_D6_P DMD_HSSI0_D6_N DMD_HSSI0_D7_P DMD_HSSI0_D7_N	AK29 AJ29 AH28 AG28 AK27 AJ27 AH26 AG26 AH24 AG24 AK23 AJ23 AH22 AG22 AK21 AJ21	O₇	DMD high speed serial interface, Port 0 Data Lanes
DMD_HSSI1_CLK_P DMD_HSSI1_CLK_N	AH7 AG7	O₇	DMD high speed serial interface, Port 1 Clock Lane
DMD_HSSI1_D0_P DMD_HSSI1_D0_N DMD_HSSI1_D1_P DMD_HSSI1_D1_N DMD_HSSI1_D2_P DMD_HSSI1_D2_N DMD_HSSI1_D3_P DMD_HSSI1_D3_N DMD_HSSI1_D4_P DMD_HSSI1_D4_N DMD_HSSI1_D5_P DMD_HSSI1_D5_N DMD_HSSI1_D6_P DMD_HSSI1_D6_N DMD_HSSI1_D7_P DMD_HSSI1_D7_N	AH11 AG11 AK10 AJ10 AH9 AG9 AK8 AJ8 AK6 AJ6 AH5 AG5 AK4 AJ4 AK2 AJ2	O₇	DMD high speed serial interface, Port 1 Data Lanes
HSSI_ATETEST	AJ12	O₇	Manufacturing Test use only—Must be left open (that is, unconnected)

(1) A number of pin remapping options are available for the HSSI high speed channels to aid with optimizing board signal routing. See Section 7.3.4 for information on these pin remapping options.

(2) See Table 5-13 for more information on I/O definitions.

Table 5-8 Program Memory (FLASH) Interface

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
PM_CSZ_0	T27	O₈	Chip select: boot FLASH only (Boot FLASH must use this chip select.)
PM_CSZ_1	T28	O₈	Chip select: additional peripheral device
PM_CSZ_2	T29	O₈	Chip select: additional peripheral device
PM_ADDR_0	T30	O₈	Address bit (LSB)
PM_ADDR_1	U26	O₈	Address bit
PM_ADDR_2	U27	O₈	Address bit
PM_ADDR_3	U29	O₈	Address bit
PM_ADDR_4	U30	O₈	Address bit
PM_ADDR_5	V29	O₈	Address bit
PM_ADDR_6	V28	O₈	Address bit
PM_ADDR_7	V27	O₈	Address bit
PM_ADDR_8	V26	O₈	Address bit
PM_ADDR_9	W30	O₈	Address bit
PM_ADDR_10	W29	O₈	Address bit
PM_ADDR_11	W28	O₈	Address bit
PM_ADDR_12	W26	O₈	Address bit
PM_ADDR_13	Y30	O₈	Address bit
PM_ADDR_14	Y29	O₈	Address bit
PM_ADDR_15	Y28	O₈	Address bit
PM_ADDR_16	Y27	O₈	Address bit
PM_ADDR_17	Y26	O₈	Address bit
PM_ADDR_18	AA30	O₈	Address bit
PM_ADDR_19	AA29	O₈	Address bit
PM_ADDR_20	AA27	O₈	Address bit
PM_ADDR_21	AA26	O₈	Address bit
PM_ADDR_22	AB29	O₈	Address bit
PM_ADDR_23 (GPIO_47)	AB28	B₈	Address bit (MSB)⁽²⁾
PM_WEZ	R28	O₈	Write enable (active low)
PM_OEZ	R29	O₈	Output enable (active low)
PM_BLSZ_0	R30	O₈	Lower Byte (7:0) Enable (active low)—only applicable to devices using PM_CSZ_1 or PM_CSZ_2
PM_BLSZ_1	T26	O₈	Upper Byte (15:8) Enable (active low)—only applicable to devices using PM_CSZ_1 or PM_CSZ_2
PM_Data_0	L29	B₈	Data bit
PM_Data_1	L30	B₈	Data bit
PM_Data_2	L28	B₈	Data bit
PM_Data_3	M27	B₈	Data bit
PM_Data_4	M28	B₈	Data bit
PM_Data_5	M29	B₈	Data bit
PM_Data_6	M30	B₈	Data bit
PM_Data_7	N26	B₈	Data bit
PM_Data_8	N27	B₈	Data bit
PM_Data_9	N29	B₈	Data bit
PM_Data_10	N30	B₈	Data bit
PM_Data_11	P26	B₈	Data bit
PM_Data_12	P27	B₈	Data bit
PM_Data_13	P28	B₈	Data bit
PM_Data_14	P29	B₈	Data bit
PM_Data_15	R26	B₈	Data bit

(1) See Table 5-13 for more information on I/O definitions.

(2) The Program Memory address bus can be extended by one bit to 24 bits by making use of GPIO_47. Add an external pulldown resistor when this GPIO is configured for this purpose.

Table 5-9 Peripheral Interfaces

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
IIC0_SCL	E27	B₁₃	I²C Port 0 (master-slave), Typically slave for Host Command and Control to Controller, SCL (bidirectional, open-drain): An external pullup is required. The minimum acceptable value for this pullup is 1 KΩ.
IIC0_SDA	D29	B₁₃	I²C Port 0 (master-slave), Typically slave for Host Command and Control to Controller, SDA. (bidirectional, open-drain): An external pullup is required. The minimum acceptable value for this pullup is 1 KΩ.
SSP0_TXD	AD27	O₈	SSP/SPI Port 0 Data Out (master): transmit data pin
SSP0_RXD	AD29	I₈	SSP/SPI Port 0 Data In (master): Receive data pin
SSP0_CLK	AD28	O₈	SSP/SPI Port 0 clock (master): clock pin
SSP0_CSZ_2	AC28	O₈	SPI Port 0 chip select 2 (master): chip select (active low) An external pullup resistor (≤ 100 kΩ) is suggested to avoid a floating chip select input to the external device.
SSP0_CSZ_1	AC26	O₈	SPI Port 0 chip select 1 (master): chip select (active low) An external pullup resistor (≤ 100 kΩ) is suggested to avoid a floating chip select input to the external device.
SSP0_CSZ_0	AB27	O₈	SPI Port 0 chip select 0 (master): chip select (active low) An external pullup resistor (≤ 100 kΩ) is suggested to avoid a floating chip select input to the external device.
UART0_TXD	P4	O₈	UART Port 0 (slave): serial data transmit This UART port is reserved for TI debug. An external pullup resistor (≤ 10 kΩ) is required.
UART0_RXD	P5	I₈	UART Port 0 (slave): serial data receive This UART port is reserved for TI debug. An external pullup resistor (≤ 10 kΩ) is required.
UART0_RTSZ	N2	O₈	UART Port 0 (slave): ready to send (hardware flow control signal [active low]) This UART port is reserved for TI debug. An external pullup resistor (≤ 10 kΩ) is required.
UART0_CTSZ	N3	I₈	UART Port 0 (slave): clear to send (hardware flow control signal [active low]) This UART port is reserved for TI debug. An external pullup resistor (≤ 10 kΩ) is required.
USB_DAT_P USB_DAT_N	B27 A27	B₁₁	USB OTG Data Lane (master-slave)
USB_VBUS	D26	B₁₁	USB OTG 5V Power Supply Detection (master-slave)
USB_ID	C27	I_Other	USB OTG Mini Receptacle Identification (master-slave)
USB_TXRTUNE	C26	B_GND	USB OTG Reference Resistor An external reference resistor must be connected as shown in Section 9.1.6.
USB_XI	A29	I_GND	USB OTG External Oscillator XI—Not used (clock provided internally) For normal operation this pin must be connected to GND.
USB_XO	B29	B_GND	USB OTG External Oscillator XO—Not used (clock provided internally) For normal operation this pin must be left open (unconnected).
USB_ANALOGTEST	C28	B_Other	USB OTG Manufacturing Test This pin must be left open (unconnected).
PMD_INTZ	AD26	I₈	Reserved function. This signal requires an external pullup.
CW_PWM	AE30	O₈	Reserved function
CW_INDEX	AE29	I₈	Reserved function

(1) See Table 5-13 for more information on I/O definitions.

Table 5-10 GPIO Peripheral Interface

PIN		TYPE⁽¹⁾	DESCRIPTION⁽²⁾⁽³⁾⁽⁴⁾
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION⁽²⁾⁽³⁾⁽⁴⁾
GPIO_87	K1	B₈	General purpose I/O 87: Options: Alt 0: Reserved Alt 1: DAO_CLKIN (I) Optional GPIO
GPIO_86	L5	B₈	General purpose I/O 86: Options: Alt 0: Reserved Alt 1: DAO_DI_1 (I) Optional GPIO
GPIO_85	L4	B₈	General purpose I/O 85: Options: Alt 0: Reserved Alt 1: DAO_DI_0 (I) Optional GPIO
GPIO_84	L3	B₈	General purpose I/O 84: Options: Alt 0: Reserved Alt 1: HBT_CLKIN_2 (I) Optional GPIO
GPIO_83	L2	B₈	General purpose I/O 83: Options: Alt 0: Reserved Alt 1: HBT_DI_2 (I) Optional GPIO
GPIO_82	M5	B₈	General purpose I/O 82: Options: Alt 0: Reserved Alt 1: HBT_CLKIN_1 (I) Optional GPIO
GPIO_81	M4	B₈	General purpose I/O 81: Options: Alt 0: Reserved Alt 1: HBT_DI_1 (I) Optional GPIO
GPIO_80	M2	B₈	General purpose I/O 80: Options: Alt 0: Reserved Alt 1: HBT_CLKIN_0 (I) Optional GPIO
GPIO_79	M1	B₈	General purpose I/O 79: Options: Alt 0: Reserved Alt 1: HBT_DI_0 (I) Optional GPIO
GPIO_78	N5	B₈	General purpose I/O 78: Options: Alt 0: Reserved Alt 1: SEQ_SYNC (B/ open drain) Optional GPIO
GPIO_77	N4	B₈	General purpose I/O 77: Options: Alt 0: Reserved Alt 1: EFSYNC (O)/ DASYNC (I) Optional GPIO
GPIO_76	AD5	B₈	General purpose I/O 76: Options: Alt 0: AWC1_DACD_PWMB_1 (O) Alt 1: N/A Optional GPIO
GPIO_75	AC1	B₈	General purpose I/O 75: Options: Alt 0: AWC1_DACS_PWMA_1 (O) Alt 1: N/A Optional GPIO
GPIO_74	AC2	B₈	General purpose I/O 74: Options: Alt 0: AWC1_DACD_PWMB_0 (O) Alt 1: N/A Optional GPIO
GPIO_73	AC4	B₈	General purpose I/O 73: Options: Alt 0: AWC1_DACS_PWMA_0 (O) Alt 1: N/A Optional GPIO
GPIO_72	AC5	B₈	General purpose I/O 72: Options: Alt 0: AWC1_DACCLK_0_1 (O) Alt 1: N/A Optional GPIO
GPIO_71	AD1	B₈	General purpose I/O 71: Options: Alt 0: AWC1_OUT_ENZ (O) Alt 1: N/A Optional GPIO
GPIO_70	AD2	B₈	General purpose I/O 70: Options: Alt 0: AWC0_DACD_PWMB_1 (O) Alt 1: N/A Optional GPIO
GPIO_69	AD3	B₈	General purpose I/O 69: Options: Alt 0: AWC0_DACS_PWMA_1 (O) Alt 1: MEMAUX_1 (O) (#2) Optional GPIO
GPIO_68	AD4	B₈	General purpose I/O 68: Options: Alt 0: AWC0_DACD_PWMB_0 (O) Alt 1: IIC2_SDA (B) (#3) Optional GPIO
GPIO_67	AF4	B₈	General purpose I/O 67: Options: Alt 0: AWC0_DACS_PWMA_0 (O) Alt 1: IIC2_SCL (B) (#3) Optional GPIO
GPIO_66	AE2	B₈	General purpose I/O 66: Options: Alt 0: AWC0_DACCLK_0_1 (O) Alt 1: N/A Optional GPIO
GPIO_65	AE3	B₈	General purpose I/O 65: Options: Alt 0: AWC0_OUT_ENZ (O) Alt 1: N/A Optional GPIO
GPIO_64	AE4	B₈	General purpose I/O 64: Options: Alt 0: OCLKB (O) Alt 1: N/A Optional GPIO
GPIO_63	AG2	B₈	General purpose I/O 63: Options: Alt 0: Reserved Alt 1: OCLKD (O) (#2) Optional GPIO
GPIO_62	AG3	B₈	General purpose I/O 62: Options: Alt 0: Reserved Alt 1: N/A Optional GPIO
GPIO_61	AF1	B₈	General purpose I/O 61: Options: Alt 0: Reserved Alt 1: N/A Optional GPIO
GPIO_60	AF2	B₈	General purpose I/O 60: Options: Alt 0: Reserved Alt 1: UART2_RXD (I) (#2) Optional GPIO
GPIO_59	AG1	B₈	General purpose I/O 59: Options: Alt 0: Reserved Alt 1: UART2_TXD (O) (#2) Optional GPIO
GPIO_58	V1	B₈	General purpose I/O 58: Options: Alt 0: Reserved Alt 1: Reserved Optional GPIO
GPIO_57	V2	B₈	General purpose I/O 57: Options: Alt 0: Reserved Alt 1: N/A Optional GPIO
GPIO_56	W2	B₈	General purpose I/O 56: Options: Alt 0: Reserved Alt 1: N/A Optional GPIO
GPIO_55	K29	B₈	General purpose I/O 55: Options: Alt 0: Reserved Alt 1: Reserved Optional GPIO
GPIO_54	K28	B₈	General purpose I/O 54: Options: Alt 0: Reserved Alt 1: N/A Optional GPIO
GPIO_53	W3	B₈	General purpose I/O 53: Options: Alt 0: Reserved Alt 1: LED_DRIVER_ON (O) Optional GPIO
GPIO_52	W4	B₈	General purpose I/O 52: Options: Alt 0: Reserved Alt 1: N/A Optional GPIO
GPIO_51	V5	B₈	General purpose I/O 51: Options: Alt 0: Reserved Alt 1: DMD_PWR_EN (O) Optional GPIO
GPIO_50	AC29	B₈	General purpose I/O 50: Options: Alt 0: SSP0_CSZ_3 (O) Alt 1: N/A Optional GPIO
GPIO_49	AC30	B₈	General purpose I/O 49: Options: Alt 0: SSP0_CSZ_4 (O) Alt 1: N/A Optional GPIO
GPIO_48	AB26	B₈	General purpose I/O 48: Options: Alt 0: USB OTG External USB Switch Control (O) Alt 1: N/A Optional GPIO
GPIO_47	AB28	B₈	General purpose I/O 47: Options: Alt 0: PM_ADDR_23 (O) Alt 1: N/A Optional GPIO
GPIO_46	K27	B₈	General purpose I/O 46: Options: Alt 0: Reserved Alt 1: SSP2_BC_CSZ (O-MST/I-SLV) Optional GPIO
GPIO_45	J30	B₈	General purpose I/O 45: Options: Alt 0: Reserved Alt 1: SSP2_CSZ_2 (O-MST/I-SLV) Optional GPIO
GPIO_44	J29	B₈	General purpose I/O 44: Options: Alt 0: OCLKC (O) (#1) Alt 1: SSP2_CSZ_1 (O-MST/I-SLV) Optional GPIO
GPIO_43	J27	B₈	General purpose I/O 43: Options: Alt 0: OCLKD (O) (#1) Alt 1: SSP2_CSZ_0 (O-MST/I-SLV) Optional GPIO
GPIO_42	J26	B₈	General purpose I/O 42: Options: Alt 0: IIC2_SDA (B) (#1) Alt 1: SSP2_DO (O) Optional GPIO
GPIO_41	H30	B₈	General purpose I/O 41: Options: Alt 0: IIC2_SCL (B) (#1) Alt 1: SSP2_DI (I) Optional GPIO
GPIO_40	H29	B₈	General purpose I/O 40: Options: Alt 0: MEMAUX_1 (O) (#1) Alt 1: SSP2_SCLK (O-MST/I-SLV) Optional GPIO
GPIO_39	H28	B₈	General purpose I/O 39: Options: Alt 0: UART2_RXD (I) (#1) Alt 1: HBT_CLKOUT (O) Optional GPIO
GPIO_38	H27	B₈	General purpose I/O 38: Options: Alt 0: UART2_TXD (O) (#1) Alt 1: HBT_DO (O) Optional GPIO
GPIO_37	H26	B₈	General purpose I/O 37: Options: Alt 0: Reserved Alt 1: DAO_CLKOUT (O) Optional GPIO
GPIO_36	G30	B₈	General purpose I/O 36: Options: Alt 0: Reserved Alt 1: DAO_DO_1 (O) Optional GPIO
GPIO_35	G29	B₈	General purpose I/O 35: Options: Alt 0: OCLKC (O) (#2) Alt 1: DAO_DO_0 (O) Optional GPIO
GPIO_34	Y1	B₈	General purpose I/O 34: Options: Alt 0: WRP_CAMERA_TRIG (O) Alt 1: N/A Optional GPIO
GPIO_33	Y2	B₈	General purpose I/O 33: Options: Alt 0: PAUX11 (O) Alt 1: IIC2_SDA (B) (#2) Optional GPIO
GPIO_32	Y4	B₈	General purpose I/O 32: Options: Alt 0: PAUX10 (O) Alt 1: IIC2_SCL (B) (#2) Optional GPIO
GPIO_31	Y5	B₈	General purpose I/O 31: Options: Alt 0: PAUX9 (O) Alt 1: PAUX_INT3 (O) Optional GPIO
GPIO_30	AA1	B₈	General purpose I/O 30: Options: Alt 0: PAUX8 (O) Alt 1: PAUX_INT2 (O) Optional GPIO
GPIO_29	AA2	B₈	General purpose I/O 29: Options: Alt 0: PAUX7 (O) Alt 1: N/A Optional GPIO
GPIO_28	AA3	B₈	General purpose I/O 28: Options: Alt 0: PAUX6 (O) Alt 1: LEDSEL_4 (O) Optional GPIO
GPIO_27	AA4	B₈	General purpose I/O 27: Options: Alt 0: PAUX5 (O) Alt 1: LEDSEL_3 (O) Optional GPIO
GPIO_26	AA5	B₈	General purpose I/O 26: Options: Alt 0: PAUX4 (O) Alt 1: LEDSEL_2 (O) Optional GPIO
GPIO_25	AB2	B₈	General purpose I/O 25: Options: Alt 0: PAUX3 (O) Alt 1: LEDSEL_1 (O) Optional GPIO
GPIO_24	AB3	B₈	General purpose I/O 24: Options: Alt 0: PAUX2 (O) Alt 1: LEDSEL_0 (O) Optional GPIO
GPIO_23	AB4	B₈	General purpose I/O 23: Options: Alt 0: PAUX1 (O) {SEQ Index} Alt 1: PAUX_INT1 (O) Optional GPIO
GPIO_22	AB5	B₈	General purpose I/O 22: Options: Alt 0: PAUX0 (O) Alt 1: PAUX_INT0 (O) Optional GPIO
GPIO_21	P3	B₈	General purpose I/O 21: Options: Alt 0: PWM-IN1 (I) Alt 1: N/A Optional GPIO
GPIO_20	P2	B₈	General purpose I/O 20: Options: Alt 0: PWM-IN0 (I) Alt 1: N/A Optional GPIO
GPIO_19	P1	B₈	General purpose I/O 19: Options: Alt 0: IR1 (I) Alt 1: N/A Optional GPIO
GPIO_18	R5	B₈	General purpose I/O 18: Options: Alt 0: IR0 (I) Alt 1: N/A Optional GPIO
GPIO_17	R4	B₈	General purpose I/O 17: Options: Alt 0: N/A Alt 1: N/A Optional GPIO
GPIO_16	R2	B₈	General purpose I/O 16: Options: Alt 0: UART1_RTSZ (O) Alt 1: N/A Optional GPIO
GPIO_15	R1	B₈	General purpose I/O 15: Options: Alt 0: UART1_CTSZ (I) Alt 1: N/A Optional GPIO
GPIO_14	T3	B₈	General purpose I/O 14: Options: Alt 0: UART1_RXD (I) Alt 1: N/A Optional GPIO
GPIO_13	T4	B₈	General purpose I/O 13: Options: Alt 0: UART1_TXD (O) Alt 1: N/A Optional GPIO
GPIO_12	T5	B₈	General purpose I/O 12: Options: Alt 0: IIC1_SDA (B) Alt 1: N/A Optional GPIO
GPIO_11	T2	B₈	General purpose I/O 11: Options: Alt 0: IIC1_SCL (B) Alt 1: N/A Optional GPIO
GPIO_10	V3	B₈	General purpose I/O 10: Options: Alt 0: SAS_INTGTR_EN (O) Alt 1: N/A Optional GPIO
GPIO_09	U1	B₈	General purpose I/O 09: Options: Alt 0: SAS_CSZ (O) Alt 1: N/A Optional GPIO
GPIO_08	U2	B₈	General purpose I/O 08: Options: Alt 0: SAS_DO (O) Alt 1: N/A Optional GPIO
GPIO_07	U4	B₈	General purpose I/O 07: Options: Alt 0: SAS_DI (I) Alt 1: N/A Optional GPIO
GPIO_06	V4	B₈	General purpose I/O 06: Options: Alt 0: SAS_CLK (O) Alt 1: N/A Optional GPIO
GPIO_05	A17	B₈	General purpose I/O 05: Options: Alt 0: SSP1_CSZ_2 (O-MST/I-SLV) Alt 1: N/A Optional GPIO
GPIO_04	B17	B₈	General purpose I/O 04: Options: Alt 0: SSP1_CSZ_1 (O-MST/I-SLV) Alt 1: N/A Optional GPIO
GPIO_03	B15	B₈	General purpose I/O 03: Options: Alt 0: SSP1_CSZ_0 (O-MST/I-SLV) Alt 1: N/A Optional GPIO
GPIO_02	C16	B₈	General purpose I/O 02: Options: Alt 0: SSP1_DO (O) Alt 1: N/A Optional GPIO
GPIO_01	D16	B₈	General purpose I/O 01: Options: Alt 0: SSP1_DI (I) Alt 1: N/A Optional GPIO
GPIO_00	E16	B₈	General purpose I/O 00: Options: Alt 0: SSP1_SCLK (O-MST/I-SLV) Alt 1: N/A Optional GPIO

(1) See Table 5-13 for more information on I/O definitions.

(2) This table defines the GPIO capabilities of the DLPC6540. Please see Section 7.3.6 for specific product configuration allocations of these GPIO.

(3) Most GPIO have at least one alternate hardware functional use in addition to being available as a general purpose I/O. Depending on the product configuration, GPIO may be reserved specifically for use as an alternate hardware function (and would therefore not be available as a general purpose I/O). More information on GPIO allocations for specific product configurations can be found in Section 7.3.6.

(4) All GPIO that are available as a general purpose I/O must be configured as an input, a standard output, or an open-drain output. This is set in the flash configuration. Configure unused GPIO as a logic zero output and leave unconnected, otherwise an external pullup or pulldown resistor is required to avoid a floating input. The reset default for all GPIO is as an input signal.
An external pullup resistor (≤ 10 kΩ) is required for each signal configured as open-drain output.

Table 5-11 Clock and Support

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
REFCLKA_I	AJ18	I₉	Crystal A Input: Reference clock crystal input⁽²⁾⁽³⁾
REFCLKA_O	AK18	O₁₀	Crystal A Output: Reference clock crystal output⁽²⁾
REFCLKB_I	B16	I₁₄	Crystal B Input: Reference clock crystal input⁽²⁾⁽³⁾
REFCLKB_O	A16	O₁₅	Crystal B Output: Reference clock crystal output⁽²⁾
OCLKA	AD30	O₈	General Purpose Output Clock A ⁽⁴⁾ Targeted for driving Color Wheel motor controller. Frequency is software programmable, with a power-up default frequency of 0.77 MHz. Note: The output frequency is not affected by non-power-up reset operations (that is, the system holds the last programmed value until system is power cycled).

(1) See Table 5-13 for more information on I/O definitions.

(2) For more information on this signal see Section 6.11.

(3) For applications where an external oscillator is used in place of a crystal, use an oscillator to drive this pin.

(4) For more information on this signal see Section 6.19.

Table 5-12 Power and Ground

PIN		TYPE⁽¹⁾	DESCRIPTION
NAME	NO.	TYPE⁽¹⁾	DESCRIPTION
VDD115_PLLMA	AE18	PWR	1.15-V digital power for MCG (Master Clock Generator A) PLL
VDD115_PLLMB	F15	PWR	1.15-V digital power for MCG (Master Clock Generator B) PLL
VAD115_PLLS	F16	PWR	1.15-V analog power for SCG doubler PLL
VAD18_PLLMA	AE19	PWR	1.8-V analog power for MCG (Master Clock Generator A) PLL
VAD18_PLLMB	F14	PWR	1.8-V analog power for MCG (Master Clock Generator B) PLL
VAD33_OSCA	Y18	PWR	3.3-V analog power for Crystal-OSC
VAD33_OSCB	L17	PWR	3.3-V analog power for Crystal-OSC
VAD115_FPD	F7,F9,F11,J6,L12	PWR	1.15-V analog power for FPD
VDD33_FPD	E6,E8,E10,E12,E14,G6,L11,L13	PWR	3.3-V digital power for FPD
VAD115_VX1	F24,L18	PWR	1.15-V analog power for VX1
VAD18_VX1	E18,L19	PWR	1.8-V analog power for VX1
VAD33_USB	D27,E26,F25	PWR	3.3-V analog power for USB
VDD18_SCS	L16,R6,T25,AE16	PWR	1.8-V digital power for SCS DRAM
VDD121_SCS	L15,N11,P20,U11,V20,Y16	PWR	1.21-V digital power for SCS SRAM
VAD115_HSSI	Y14,Y19,AF7,AF9,AF11,AF13AF21,AF23,AF25	PWR	1.15-V analog power for HSSI interface
VAD115_HSSI0_PLL	AE22	PWR	1.15-V analog power for HSSI-0 PLL
VAD115_HSSI1_PLL	AE10	PWR	1.15-V analog power for HSSI-1 PLL
VDD33_HSSI	Y12,Y20,AE8,AE12,AE20,AE24	PWR	3.3-V digital power for HSSI interface
VAD18_LSIF	Y15,AE13,AE14	PWR	1.8-V analog power for DMD low-speed interface
LVDS_VREFTEST	AF16		Manufacturing test use only; must be left open-unconnected
VDD115	L14,L20,M11,N20,P11,R20,T11,U20,V11,W20,Y11,Y13,Y17	PWR	1.15-V core power
VDD33	H25,K25,L6,M20,M25,N6,P25,R11,T20,U6,V25,W6,W11,Y25,AA6,AB25,AC6,AD25,AE6	PWR	3.3-V digital power
VSS	A1,A2,A3,A5,A7,A9,A11,A13,A15,A18,A20,A22,A24,A26,A28,A30,B1,B2,B3,B5,B7,B9,B11,B13,B18,B20,B22,B24,B26,B28,B30,C3,C4,C6,C8,C10,C12,C14,C17,C19,C21,C23,C25,C29,D1,D2,D6,D8,D10,D12,D14,D17,D19,D21,D23,D25,D28,E3,E4,E5,E7,E9,E11,E13,E15,E22,E25,E28,F1,F2,F5,F6,F8,F10,F12,F13,F17,F18,F20,F30,G3,G4,G5,G27,H1,H2,H5,H6,J3,J4,J5,J25.J28,K6,K30,L1,L25,L27,M3,M6,(M12),(M13),(M14),(M15),(M16),(M17),(M18),(M19),N1,(N12,(N13),(N14),(N15),(N16),(N17),(N18),(N19),N25,N28,P6,(P12),(P13),(P14),(P15),(P16),(P17),(P18),(P19),P30,R3,(R12),(R13),(R14),(R15),(R16),(R17),(R18),(R19),R25,R27,T1,T6,(T12),(T13),(T14),(T15),(T16),(T17),(T18),(T19),U3,U5,(U12),(U13),(U14),(U15),(U16),(U17),(U18),(U19),U25,U28,V6,(V12),(V13),(V14),(V15),(V16),(V17),(V18),(V19),V30,W1,W5,(W12),(W13),(W14),(W15),(W16),(W17),(W18),(W19),W25,W27,Y3,Y6,AA25,AA28,AB1,AB6,AB30,AC3,AC25,AC27,AD6,AE1,AE5,AE7,AE9,AE11,AE15,AE17,AE21,AE23,AE25,AE26,AE28,AF3,AF5,AF6,AF8,AF10,AF12,AF14,AF15,AF17,AF18,AF19,AF20,AF22,AF24,AF26,AF28,AF30,AG4,AG6,AG8,AG10,AG12,AG14,AG16,AG18,AG23,AG25,AG27,AG29,AH1,AH2,AH3,AH4,AH6,AH8,AH10,AH12,AH14,AH16,AH18,AH21,AH23,AH25,AH27,AH29,AH30,AJ1,AJ3,AJ5,AJ7,AJ9,AJ11,AJ13,AJ15,AJ17,AJ22,AJ24,AJ26,AJ28,AJ30,AK1,AK3,AK5,AK7,AK9,AK11,AK13,AK15,AK17,AK22,AK24,AK26,AK28,AK30	RTN	GND for all power supplies. Ball numbers in parenthesis are also used as thermal balls and are located within the package center region.
VPGM	G25		Manufacturing use only (efuse); must be tied to ground

(1) See Table 5-13 for more information on I/O definitions.

Table 5-13 I/O Type Subscript Definition

TYPE		SUPPLY REFERENCE	ESD STRUCTURE
SUBSCRIPT	DESCRIPTION	SUPPLY REFERENCE	ESD STRUCTURE
1	1.8 V SERDES (VX1)	VAD18_VX1	ESD diode to supply rail and GND
2	1.8-V LVDS (LS DMD)	VAD18_LSIF	ESD diode to supply rail and GND
3	1.8-V LMCMOS (LS DMD)	VAD18_LSIF	ESD diode to supply rail and GND
4	3.3-V OpenDrain (VX1)	VDD33	ESD diode to supply rail and GND
5	3.3-V LVDS (FPD)	VDD33_FPD	ESD diode to supply rail and GND
6	3.3-V LVCMOS (PP)	VDD33_FPD	ESD diode to supply rail and GND
7	1.15-V HSSI (HS DMD)	VAD115_HSSI	ESD diode to supply rail and GND
8	3.3-V LVCMOS I/O (8ma output drive - GPIO, etc. )	VDD33	ESD diode to supply rail and GND
9	3.3-V LVCMOS I/O (OSC)	VAD33_OSCA	ESD diode to GND
10	3.3-V LVCMOS I/O (OSC)	VAD33_OSCA	ESD diode to supply rail and GND
11	3.3-V USB (USB)	VAD33_USB	ESD diode and LBJT to GND
12	3.3-V LVCMOS (USB)	VAD33_USB	ESD diode to supply rail and GND
13	3.3-V OpenDrain (I2C)	VDD33	ESD diode to supply rail and GND
14	3.3-V LVCMOS I/O (OSC)	VAD33_OSCB	ESD diode to GND
15	3.3-V LVCMOS I/O (OSC)	VAD33_OSCB	ESD diode to supply rail and GND
TYPE
I	Input	N/A
O	Output
B	Bidirectional
PWR	Power
RTN	Ground return

Table 5-14 Internal Pullup and Pulldown Characteristics⁽¹⁾

INTERNAL PULLUP AND PULLDOWN RESISTOR CHARACTERISTICS	CONDITIONS	MIN	MAX	UNIT
Weak pullup resistance	V_IN = 0.8 V, VDD33 = 3.3 V	19	50	kΩ
Weak pullup resistance	V_IN = 2.0 V, VDD33 = 3.3 V	12	39	kΩ

(1) An external 5.7-kΩ or less pullup or pulldown resistor (if needed) is sufficient for any voltage condition to correctly override any associated internal pullup or pulldown resistance.