TityraCore SoC Carrier

1.Introduction

The TityraCore SoC Carrier enable the interfacing of various SODIMM modules, such as the TityraCore Z7 SoC SODIMM . The TityraCore SoC carrier includes a Low Pin Count (LPC) FMC connector, Gigabit ethernet connector, MicroSD Card slot and much more. Even though it has onboard peripherals, the number of peripherals can be increased using the 2×6 Header, CRUVI HS and FMC connectors.

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1.1.Board Features

SODIMM Connectors
FTDI FT2232H for FPGA and Host communication
RJ45 JACK
USB Type-C connector
USB micro-B connector for OTG communication
12V DC power supply
JTAG Header for programming and debugging.
FMC (LPC) connector with a maximum of 68 IOs for user-defined purpose
Two 2×6 Expansion Header
CAN Header
microSD Card Slot
MIPI camera interface
ESP32 wi-fi module (reserved, installable on request)
CRUVI HS connector

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2.How to use TityraCore Carrier

The following sections describe how to use this module in detail. Detailed FPGA pin mappings are available in the TityraCore Z7 SoC SODIMM User Manual.

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2.1.Hardware Accessories Required

In addition to the module, you may require the accessories listed below for a convenient and expedited installation:

12 V DC Power Supply.
Micro-B cable.
USB-C cable.
AMD Platform Cable USB or compatible JTAG programmer.(optional)
MicroSD card.

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2.2.Boards Supported

Numato Lab TityraCore Z7 SoC SODIMM.

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2.3.Wiring Diagram

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3.Connection Details

3.1.Reset Switch

The TityraCore SoC Carrier includes three reset mechanisms: a push-button switch labeled DEV RST connected to the FPGA’s system reset pin; PROG_B, which triggers reconfiguration of the FPGA; and IO RST, an active-high reset button used specifically for I/O configuration purposes.

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3.2.Gigabit Ethernet port

The TityraCore SoC Carrier features a 10/100/1000 Mbps Ethernet interface, with the FPGA pins directly connected to an RJ45 Ethernet jack. Additionally, it includes Activity and Link LEDs to provide status indicators for the user.

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3.3.USB Interface

The onboard high-speed USB connector (P15) helps a PC/Linux/Mac computer to communicate with this module.

Use a USB A to C cable to connect with a PC. This port will act as both a JTAG and UART interface.

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3.4.USB OTG Connector

TityraCore SoC Carrier provides a USB 2.0 OTG interface and can be accessed using a Micro B connector (P8). USB OTG supports both Host and Device modes based on the configuration made in the USB ID pin.

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3.5.microSD Card Slot

TityraCore SoC Carrier supports a microSD card slot, offering additional non-volatile memory storage capacity.

It operates in 3.3V and offers a compact and removable storage solution, making it ideal for storing data that exceeds the internal memory capacity of the FPGA. FPGAs can use microSD cards to store boot images or configuration data, which are loaded into the FPGA at startup.

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3.6.Mode DIP Switches

TityraCore SoC Carrier has DIP switches (SW8) for changing the boot configuration of the FPGA based on the required functionality.

Boot Configuration:

The boot configuration of the TityraCore SoC will be based on the below configuration of switches:

SW8	1	2
JTAG	ON	ON
QSPI	OFF	ON
SD CARD	OFF	OFF

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3.7.HDMI OUT

The onboard HDMI OUT interface makes the TityraCore SoC Carrier board an excellent platform for video rendering. The HDMI OUT interface is buffered using the HDMI buffer TPD12S520D BTR to ensure better signal strength and signal integrity.

Pin No.	Signal Name	FPGA Pin Mapping
1	TX_CLK_P	B19
2	TX_CLK_N	B20
3	HDMI_TX0_P	G19
4	HDMI_TX0_N	F19
5	HDMI_TX1_P	E19
6	HDMI_TX1_N	E20
7	HDMI_TX2_P	G20
8	HDMI_TX2_N	G21
9	HDMI_TX_CEC	H22
10	HDMI_TX_SCL	F21
11	HDMI_TX_SDA	F22
12	HDMI_TX_HOT	G22

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3.8.PMOD

The TityraCore SoC Carrier features two 2×6 connectors, providing users with versatile options for interfacing with various peripherals and communication standards according to their application requirements

PMOD 0 PINS

Pin No.	Signal name	FPGA pin Mapping
1	CONN0_D1	W15
2	CONN0_D2	Y14
3	CONN0_D3	Y13
4	CONN0_D4	AB14
5	GND
6	VCC
7	CONN0_D5	Y15
8	CONN0_D6	AA14
9	CONN0_D7	AA13
10	CONN0_D8	AB15
11	GND
12	VCC

PMOD 1 PINS

Pin No.	Signal name	FPGA pin Mapping
1	CONN1_D1	R6
2	CONN1_D2	AA9
3	CONN1_D3	T4
4	CONN1_D4	V5
5	GND
6	VCC
7	CONN1_D5	T6
8	CONN1_D6	AA8
9	CONN1_D7	U4
10	CONN1_D8	V4
11	GND
12	VCC

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3.9.CRUVI

TityraCore SoC Carrier supports CRUVI standard connectors for more complex applications. Customizable Ruggedized Universal VI is a universal connector for easy connection of peripheral modules to the main board, enabling developers to extend the functionality of their systems with minimal effort.

Pin No.	Signal Name	FPGA pin Mapping
1	NC	NC
2	HSIO	C20
3	NC	NC
4	VCC	VCC
5	SDA	AA4
6	HSO	D20
7	SCL	Y4
8	HSRST	J22
9	VCC	VCC
10	HSI	NC
11	REFCLK	NC
12	GND	GND
13	GND	GND
14	A0_P	P16
15	B0_P	AB7
16	A0_N	R16
17	B0_N	AB6
18	GND	GND
19	GND	GND
20	A1_P	J20
21	B1_P	Y6
22	A1_N	K21
23	B1_N	Y5
24	GND	GND
25	GND	GND
26	A2_P	R19
27	B2_P	AA7
28	A2_N	T19
29	B2_N	AA6
30	GND	GND
31	GND	GND
32	A3_P	R18
33	B3_P	AB2
34	A3_N	T18
35	B3_N	AB1
36	VADJ	VADJ
37	GND	GND
38	A4_P	K19
39	B4_P	AB5
40	A4_N	K20
41	B4_N	AB4
42	GND	GND
43	GND	GND
44	A5_P	L18
45	B5_P	Y9
46	A5_N	L19
47	B5_N	Y8
48	GND	GND
49	GND	GND
50	NC	NC
51	NC	NC
52	NC	NC
53	NC	NC
54	GND	GND
55	NC	NC
56	NC	NC
57	NC	NC
58	NC	NC
59	NC	NC
60	NC	NC

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3.10.RTC Cell Holder

The TityraCore SoC Carrier has a Coin Cell Holder (BT1) to support a 1.8V coin cell that will support

backup voltage for RTC when the main power supply is off. RTC maintains accurate timekeeping through these battery backups. The battery should be kept in the carrier board to provide voltage if the main power is off.

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3.11.CAN Header

The TityraCore SoC Carrier has 2 CAN (P14) headers dedicated for CAN communication interfaces.

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3.12.JTAG Header

TityraCore SoC Carrier supports standard AMD 14-pin JTAG Header for debugging purposes.

JTAG (P23)

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3.13.FMC Header

TityraCore features a low pin-count FMC connector which can be used to provide additional features and capabilities to it using custom or commercial-off-the-shelf daughter boards.

C	FMC Pin Name	FPGA Pins	D	FMC Pin Name	FPGA Pins	G	FMC Pin Name	FPGA Pins	H	FMC Pin Name	FPGA Pins
C1	GND	GND	D1	PG_C2M	PG_C2M	G1	GND	GND	H1	NC	NC
C2	NC	NC	D2	GND	GND	G2	NC	NC	H2	PRSNT_M2C_L	PRSNT_M2C_L
C3	NC	NC	D3	GND	GND	G3	NC	NC	H3	GND	GND
C4	GND	GND	D4	NC	NC	G4	GND	GND	H4	NC	NC
C5	GND	GND	D5	NC	NC	G5	GND	GND	H5	NC	NC
C6	NC	NC	D6	GND	GND	G6	FMC_LA00_CC_P	C17	H6	GND	GND
C7	NC	NC	D7	GND	GND	G7	FMC_LA00_CC_N	C18	H7	FMC_LA02_P	F16
C8	GND	GND	D8	FMC_LA01_CC_P	D18	G8	GND	GND	H8	FMC_LA02_N	E16
C9	GND	GND	D9	FMC_LA01_CC_N	C19	G9	FMC_LA03_P	D16	H9	GND	GND
C10	FMC_LA06_P	F18	D10	GND	GND	G10	FMC_LA03_N	D17	H10	FMC_LA04_P	E15
C11	FMC_LA06_N	E18	D11	FMC_LA05_P	G15	G11	GND	GND	H11	FMC_LA04_N	D15
C12	GND	GND	D12	FMC_LA05_N	G16	G12	FMC_LA08_P	C15	H12	GND	GND
C13	GND	GND	D13	GND	GND	G13	FMC_LA08_N	B15	H13	FMC_LA07_P	G17
C14	FMC_LA10_P	A16	D14	FMC_LA09_P	B16	G14	GND	GND	H14	FMC_LA07_N	F17
C15	FMC_LA10_N	A17	D15	FMC_LA09_N	B17	G15	FMC_LA12_P	A21	H15	GND	GND
C16	GND	GND	D16	GND	GND	G16	FMC_LA12_N	A22	H16	FMC_LA11_P	A18
C17	GND	GND	D17	FMC_LA13_P	D22	G17	GND	GND	H17	FMC_LA11_N	A19
C18	FMC_LA14_P	E21	D18	FMC_LA13_N	C22	G18	FMC_LA16_P	H19	H18	GND	GND
C19	FMC_LA14_N	D21	D19	GND	GND	G19	FMC_LA16_N	H20	H19	FMC_LA15_P	B21
C20	GND	GND	D20	FMC_LA17_CC_P	Y19	G20	GND	GND	H20	FMC_LA15_N	B22
C21	GND	GND	D21	FMC_LA17_CC_N	AA19	G21	FMC_LA20_P	T22	H21	GND	GND
C22	FMC_LA18_CC_P	Y18	D22	GND	GND	G22	FMC_LA20_N	U22	H22	FMC_LA19_P	T21
C23	FMC_LA18_CC_N	AA18	D23	FMC_LA23_P	U20	G23	GND	GND	H23	FMC_LA19_N	U21
C24	GND	GND	D24	FMC_LA23_N	V20	G24	FMC_LA22_P	W20	H24	GND	GND
C25	GND	GND	D25	GND	GND	G25	FMC_LA22_N	W21	H25	FMC_LA21_P	V22
C26	FMC_LA27_P	Y20	D26	FMC_LA26_P	AA21	G26	GND	GND	H26	FMC_LA21_N	W22
C27	FMC_LA27_N	Y21	D27	FMC_LA26_N	AB21	G27	FMC_LA25_P	AA22	H27	GND	GND
C28	GND	GND	D28	GND	GND	G28	FMC_LA25_N	AB22	H28	FMC_LA24_P	V18
C29	GND	GND	D29	NC	NC	G29	GND	GND	H29	FMC_LA24_N	V9
C30	NC	NC	D30	NC	NC	G30	FMC_LA29_P	U17	H30	GND	GND
C31	NC	NC	D31	NC	NC	G31	FMC_LA29_N	V17	H31	FMC_LA28_P	AB19
C32	GND	GND	D32	3V3AUX	3V3AUX	G32	GND	GND	H32	FMC_LA28_N	AB20
C33	GND	GND	D33	NC	NC	G33	FMC_LA31_P	AA16	H33	GND	GND
C34	GND	GND	D34	NC	NC	G34	FMC_LA31_N	AB16	H34	FMC_LA30_P	AA17
C35	P12V0	P12V0	D35	P3V3	P3V3	G35	GND	GND	H35	FMC_LA30_N	AB17
C36	GND	GND	D36	P3V3	P3V3	G36	FMC_LA33_P	V13	H36	GND	GND
C37	P12V0	P12V0	D37	GND	GND	G37	FMC_LA33_N	W13	H37	FMC_LA32_P	V14
C38	GND	P12V0	D38	P3V3	P3V3	G38	GND	GND	H38	FMC_LA32_N	V15
C39	P3V3	P3V3	D39	GND	GND	G39	VADJ	VADJ	H39	GND	GND
C40	GND	GND	D40	P3V3	P3V3	G40	GND	GND	H40	VADJ	VADJ

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4.SODIMM Connector

Signal Name	SODIMM Pin(Top)	SODIMM Pin(Bottom)	Signal Name
GND	1	2	GPHY_TXRX_A0_P
DEV_RST	3	4	GPHY_TXRX_A0_N
GND	5	6	GPHY_TXRX_B0_P
MIPI_L0_P	7	8	GPHY_TXRX_B0_N
MIPI_L0_N	9	10	GND
MIPI_L1_P	11	12	GPHY_TXRX_C0_P
MIPI_L1_N	13	14	GPHY_TXRX_C0_N
MIPI_CLK_P	15	16	GPHY_TXRX_D0_P
MIPI_CLK_N	17	18	GPHY_TXRX_D0_N
CAM_GPIO	19	20	GND
CAM_CLK	21	22	LED0/Activity
CAM_SCL	23	24	VCC3V3
CAM_SDA	25	26	LED0/Link
GND	27	28	MODE_0
FPGA_TDI	29	30	MODE_1
FPGA_TDO	31	32	VCC3V3
FPGA_TMS	33	34	PG_ALL
FPGA_TCK	35	36	VBAT
UART_TX	37	38	PROG_B
UART_RX	39	40	GND
GND	41	42	CAN_TX
FPGA_SCK	43	44	CAN_RX
FPGA_MOSI	45	46	VCC3V3
GND	47	48	FMC_LA11_P
FPGA_MISO	49	50	FMC_LA11_N
SD_DATA1	51	52	FMC_LA09_P
SD_DATA2	53	54	FMC_LA09_N
FPGA_SS	55	56	FMC_LA10_P
IO_RESET	57	58	FMC_LA10_N
HSRST	59	60	VCC3V3
FMC_LA00_CC_P	61	62	FMC_LA08_P
FMC_LA00_CC_N	63	64	FMC_LA08_N
GND	65	66	FMC_LA02_P
SCL	67	68	FMC_LA02_N
SDA	69	70	B4_P
B1_P	71	72	VCC3V3
B1_N	73	74	B4_N
B2_P	75	76	FMC_LA07_P
B2_N	77	78	FMC_LA07_N
GND	79	80	FMC_LA06_P
FMC_LA14_P	81	82	FMC_LA06_N
FMC_LA14_N	83	84	CONN1_D2
HDMI_TX_CEC	85	86	CONN1_D6
HDMI_TX_HOT	87	88	VCC3V3
B5_P	89	90	HDMI_TX_SCL
B5_N	91	92	HDMI_TX_SCA
B0_P	93	94	FMC_LA13_P
GND	95	96	FMC_LA13_N
B0_N	97	98	B3_P
HSO	99	100	B3_N
HSIO	101	102	FMC_LA15_P
FMC_LA12_P	103	104	FMC_LA15_N
FMC_LA12_N	105	106	VCC3V3
CONN1_D1	107	108	CONN1_D4
CONN1_D5	109	110	CONN1_D8
CONN1_D3	111	112	FMC_LA03_P
GND	113	114	FMC_LA03_N
CONN1_D7	115	116	HDMI_TX_CLK_P
FMC_LA01_CC_P	117	118	HDMI_TX_CLK_N
FMC_LA01_CC_N	119	120	FMC_LA05_P
FMC_LA04_P	121	122	FMC_LA05_N
FMC_LA04_N	123	124	VCC3V3
HDMI_TX2_P	125	126	FMC_LA16_P
HDMI_TX2_N	127	128	FMC_LA16_N
HDMI_TX0_P	129	130	HDMI_TX1_P
GND	131	132	HDMI_TX1_N
HDMI_TX0_N	133	134	CONN0_D4
CONN0_D3	135	136	CONN0_D8
CONN0_D7	137	138	A0_P
CONN0_D2	139	140	A0_N
CONN0_D6	141	142	VCC3V3
FMC_LA22_P	143	144	A1_P
FMC_LA22_N	145	146	A1_N
FMC_LA21_P	147	148	FMC_LA19_P
FMC_LA21_N	149	150	FMC_LA19_N
GND	151	152	A2_P
FMC_LA20_P	153	154	A2_N
FMC_LA20_N	155	156	A3_P
A5_P	157	158	A3_N
A5_N	159	160	VCC3V3
FMC_LA32_P	161	162	A4_P
FMC_LA32_N	163	164	A4_N
FMC_LA29_P	165	166	FMC_LA31_P
FMC_LA29_N	167	168	FMC_LA31_N
GND	169	170	FMC_LA33_P
FMC_LA30_P	171	172	FMC_LA33_N
FMC_LA30_N	173	174	CONN0_D1
FMC_LA18_CC_P	175	176	CONN0_D5
FMC_LA18_CC_N	177	178	FMC_LA28_P
FMC_LA17_CC_P	179	180	VCC3V3
FMC_LA17_CC_N	181	182	FMC_LA28_N
FMC_LA25_P	183	184	FMC_LA28_P
GND	185	186	GND
FMC_LA25_N	187	188	FMC_LA26_N
FMC_LA27_P	189	190	OTG_USB_ID
FMC_LA27_N	191	192	OTG_USB_5V
FMC_LA23_P	193	194	OTG_D_P
FMC_LA23_N	195	196	OTG_D_N
FMC_LA24_P	197	198	GND
FMC_LA24_N	199	200	5V0

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5.Technical Specifications

Parameter	value	Unit
Basic Specification
Power supply voltage	12	V
Number of pins	200
Height above the board	5.20	mm
Pitch	0.60	mm
Temperature	0-70	°C

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6.Mechanical Dimensions

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7.TityraCore Carrier Schematics

TityraCore Carrier Schematics

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8.TityraCore Carrier IO length details

TityraCore_Z7_IO_length_details

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TityraCore SODIMM Carrier

1.Introduction

1.1.Board Features

2.How to use TityraCore Carrier

2.1.Hardware Accessories Required

2.2.Boards Supported

2.3.Wiring Diagram

3.Connection Details

3.1.Reset Switch

3.2.Gigabit Ethernet port

3.3.USB Interface

3.4.USB OTG Connector

3.5.microSD Card Slot

3.6.Mode DIP Switches

Boot Configuration:

3.7.HDMI OUT

3.8.PMOD

3.9.CRUVI

3.10.RTC Cell Holder

3.11.CAN Header

3.12.JTAG Header

3.13.FMC Header

4.SODIMM Connector

5.Technical Specifications

6.Mechanical Dimensions

7.TityraCore Carrier Schematics

8.TityraCore Carrier IO length details