DIGISYN DL-08V/16V/32V AES67 Module

DL-16V Module series

The DL-08V/DL-16V/DL-32V series of high-performance network audio modules deliver a cost-effective AES67 solution compliant with the SMPTE ST 2110-30 standard, supporting up to 32x32 channels. These modules feature lower power consumption, reduced I2S-to-packet latency, and minimized network jitter, ensuring exceptional audio transmission performance. With support for various sampling rates from 48kHz to 192kHz, the V-Series modules provide an ideal solution for professional audio applications, available in two interface options: BTB and Mini-PCI. The Mini-PCI module maintains significant pin compatibility with both Dante Brooklyn 2 and Merging Zman modules.

Mixing Console

Speaker

Audio Matrix

DSP Processor

Amplifier

DIGISYN DL-08V/16V/32V Specification

Audio Capabilities
Sampling Rates	48 / 96 / 192kHz
Audio Channels In/Out (48kHz)	Up to 32 x 32 channels
Audio Channels In/Out (96kHz)	Up to 8 x 8 channels
Audio Channels In/Out (192kHz)	Up to 8 x 8 channels
Audio Flows In/Out	Up to 32 x 32 simultaneous streams
Digital Audio Format	TDM / I2S
Audio Transport Format	AES67 RTP / DIGISYN LINK Network / RAVENNA Network
Sample Bit Depth	32bit / 24bit / 16bit
Clocking	Onboard clock
DSP Function	PEQ / Delay / Mixer / AFC / Crossover / FIR filter , etc
Hardware Parameters
Form Factor	45 mm x 55 mm
Clock	High quality / Low jitter
Physical Connector	Mini-PCI / BTB connector
Power	5V DC 2W
Interface
Control Interfaces	SPI / GPIO / UART
Network	RMII

DIGISYN DL-08V/16V/32V (BTB) PIN Diagram

CN1	Pin Name	Description	CN2	Pin Name	Description
1:01	NC	UART1 TX, reserve for future use	2:01	I2S0_SDI2	I2S0 data in
1:02	NC	UART1 RX, reserve for future use	2:02	I2S0_SDI3	I2S0 data in
1:03	RMII_RXD1	RMII Interface	2:03	I2S0_SDO0	I2S0 data out
1:04	RMII_RXD0	RMII Interface	2:04	I2S0_SDI0	I2S0 data in
1:05	RMII_TXD0	RMII Interface	2:05	NC	Test Pin
1:06	RMII_RXDV	RMII Interface	2:06	NC	Test Pin
1:07	RMII_TXEN	RMII Interface	2:07	I2S0_SDO1	I2S0 data out
1:08	RMII_TXD1	RMII Interface	2:08	I2S0_SDI1	I2S0 data in
1:09	NC	RMII_RXER, reserve for future use	2:09	NC	UART0 TX, reserve for future use
1:10	PHY_MDC	PHY Serial Management Interface	2:10	GND	GND
1:11	RMII_CLK	RMII Interface	2:11	I2S0_SDO2	I2S0 data out
1:12	PHY_MDIO	PHY Serial Management Interface	2:12	I2S0_MCLK	I2S0 MCLK out, module is master
1:13	GND	GND	2:13	GND	GND
1:14	TDM1_SDO4	TDM1_SDO4	2:14	GND	GND
1:15	NC	Test Pin	2:15	NC	Test Pin
1:16	GND	GND	2:16	I2S0_LRCK	I2S0 LRCK out, module is master
1:17	GND	GND	2:17	NC	UART0 RX, reserve for future use
1:18	NC	TDM1_SCLK, reserve for future use	2:18	GND	GDN
1:19	NC	TDM1_LRCK, reserve for future use	2:19	I2S0_SCLK	I2S0 SCLK out, module is master
1:20	GND	GND	2:20	I2S0_SDO3	I2S0 data out
1:21	GND	GND	2:21	GND	GDN
1:22	NC	Test Pin	2:22	UART4 TX	UART4 TX, for module config
1:23	NC	TDM1 I2S/TDM Data In or Out, reserve for future use	2:23	NC	RMII_INT, reserve for future use
1:24	GND	GND	2:24	UART4 RX	UART4 RX, for module config
1:25	NC	TDM1_SDO1, reserve for future use	2:25	NC	Test Pin
1:26	TDM1_MCLK	TDM1_MCLK, must connect with I2S0_MCLK	2:26	NC	Test Pin
1:27	TDM1_SDI4	TDM1_SDI4	2:27	GND	GND
1:28	GND	GND	2:28	NC	Test Pin
1:29	NC	SPI MISO, reserve for future use	2:29	NC	Test Pin
1:30	NC	TDM1_SDI1, reserve for future use	2:30	GND	GND
1:31	NC	SPI MOSI, reserve for future use	2:31	GND	GND
1:32	NC	Test Pin	2:32	NC	Test Pin
1:33	NC	Test Pin	2:33	NC	UART2 TX, reserve for future use
1:34	MUTE	Go high level 1 second after RESET，output	2:34	NC	UART2 RX, reserve for future use
1:35	RESET	Go high level after I2S clock，output	2:35	NC	Test Pin
1:36	GND	GND	2:36	NC	Test Pin
1:37	GND	GND	2:37	NC	Test Pin
1:38	VCC5V	Power	2:38	NC	Test Pin
1:39	VCC5V	Power	2:39	NC	Test Pin
1:40	VCC5V	Power	2:40	NC	Test Pin

DIGISYN DL-08V/16V/32V (Mini-PCI) PIN Diagram

PIN NO	PIN NAME	Description	PIN NO	PIN NAME	Description
1	VDD	+3V3	2	VDD	+3V3
3	NC		4	CODEC_RST	reset AD and DA, output
5	NC		6	AUDIO_MUTE	MUTE_OUTPUT, output
7	NC		8	NC
9	NC		10	NC
11	NC		12	SPI_MISO
13	UART3_RX	Not recommended	14	SPI_MOSI
15	UART3_TX	Not recommended	16	SPI_CLK/	Not recommended
17	NC		16	UART1_RX
19	MAC_TXD0	RMII interfaces	18	SPI_CSN/	Not recommended
21	MAC_TXD1	RMII interfaces	18	UART1_TX
23	NC		20	NC
25	NC		22	NC
27	GND		24	I2C1_SCL
29	NC		26	I2C1_SDA
31	MAC_TXEN	RMII interfaces	28	NC
33	GND		30	GND
35	NC		32	NC
37	GND		34	NC
39	NC		36	GND
41	GND		38	MAC_MDIO	RMII interfaces
43	MAC_RXD0	RMII interfaces	40	MAC_MDC	RMII interfaces
45	MAC_RXD1	RMII interfaces	42	MAC_INT	RMII interfaces
47	NC		44	GND
49	NC		46	NC
51	GND		48	NC
53	MAC_RXDV	RMII interfaces	50	NC
55	MAC_RXER	RMII interfaces	52	NC
57	GND		54	NC
59	MAC_CLK	RMII interfaces	56	NC
61	GND		58	GND
63	GND		60	PHY_RST	Output
65	NC		62	GND
67	NC		64	NC
69	NC		66	GND
71	GND		68	NC
73	UART4_RX	default, input	70	I2S_SCLK	I2S/TDM Serial Clock
75	UART4_TX	default, output	72	GND
77	GND		74	NC
79	NC		76	I2S_MCLK	I2S/TDM Master Clock
81	GND		78	GND
83	GND		80	NC
85	I2S_SDO0	I2S Serial Data Output0	82	I2S_LRCK	I2S/TDM Left/Right Clock
87	I2S_SDO1	I2S Serial Data Output1	84	GND
89	I2S_SDO2	I2S Serial Data Output2	86	NC
91	I2S_SDO3	I2S Serial Data Output3	88	NC
93	GND		90	NC
95	I2S_SDO4	I2S Serial Data Output4	92	NC
97	I2S_SDO5/	I2S Serial Data Output5	94	GND
97	I2S_SDI7		96	USB_OTG_ID
99	I2S_SDO6/	I2S Serial Data Output6	98	USB_OTG_D_N
99	I2S_SDI6		100	USB_OTG_D_P
101	I2S_SDO7/	I2S Serial Data Output7	102	GND
101	I2S_SDI5		104	NC
103	GND		106	NC
105	I2S_SDI0	I2S Serial Data Input0	108	NC
107	I2S_SDI1	I2S Serial Data Input1	110	NC
109	I2S_SDI2	I2S Serial Data Input2	112	GND
111	I2S_SDI3	I2S Serial Data Input3	114	+3V3
113	GND		116	VDD	+3V3
115	I2S_SDI4	I2S Serial Data Input4	118	VDD	+3V3
117	I2S_SDO7/	I2S Serial Data Input5	120	VDD	+3V3
117	I2S_SDI5		122	VDD	+3V3
119	I2S_SDO6/	I2S Serial Data Input6	124	NC
119	I2S_SDI6
121	I2S_SDO5/	I2S Serial Data Input7
121	I2S_SDI7
123	NC