Miniaturized core exchange module

NegotiableUpdate on 02/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The miniaturized core switching module has the characteristics of low power consumption, high performance, high reliability, and multifunctionality, and is suitable for massive data processing applications in industries such as telecommunications, aerospace, ships, and national defense.

Product Details

The Cronet CC-4532C series is aMiniaturized core exchange module，The chip supports 440Gbps I/O bandwidth, integrates ARM dual core A53 processor, supports QSGMII and USXGMII port forms, and provides full rate port capability from 100M to 100G. Chip Innovation Integration X-Engine ™， It includes OAM/BFD Engine, Telemetry Engine, Security Engine, Wireless Engine, etc. Providing enhanced line speed capabilities and higher integration to better serve multi service access scenarios at the edge, meeting the trend of network development where unknown network requirements continue to merge.

The core module components are designed with 100% localization, featuring low power consumption, high performance, high reliability, and multifunctionality, suitable for massive data processing applications in industries such as telecommunications, aerospace, shipbuilding, and national defense.

Miniaturized core exchange modulefeature：

1. The chip supports 440Gbps I/O bandwidth, integrates ARM dual core A53 processor, and can output up to 32 Serdes (interface types can be configured as needed)

2. Support embedded 9MB message cache, self-adjusting threshold, more effective utilization of cache

3. Supports 1GB of memory, DDR4, 1600MHz, and ECC

4. Support EMMC storage: Module onboard 64GB/128GB EMMC storage chip (default 64GB)

5. Support ACL to filter L2-L4 layer data

6. Support QoS, port based traffic supervision, WRR, DRR, SP, queue scheduling algorithms, and 802.1p for messages

7. Support static routing, policy routing RIP V1/2、OSPF、IS-IS、BGP、 Virtual Routing Redundancy Protocol (VRRP)

8. Support IP multicast PIM-SM and PIM-DM

9. Supports IPv6 routing OSPFv3, BGP4, ISISv6

10. Meet industrial level 4 electromagnetic compatibility

model		Cronet CC-4532C
interface	exchange interface	Up to 32 Serdes can be output (interface types can be configured as needed)
	USB port	1 USB 2.0 interface
	serial port	3-channel 3-wire TTL UART (1 for debugging, 1 for connecting to MCU on the carrier board, 1 for backup)
	PCIE interface	1-channel PCIEx1 interface
	other interfaces	1-channel MCU MDC/MDIO interface 4-channel switching MDC/MDIO interface 1 MCU IIC interface, 1 switch IIC interface 8-way GPIO interface
Exchange characteristics	backplane bandwidth	440Gbps
	Package cache area	72Mbit
	MAC address table	Supports 196K MAC addresses
	jumbo frame	support
Software Features	flow control	Supports IEEE802.3x traffic control (full duplex) Support port based traffic control
	Storm suppression	Can suppress broadcast, multicast, and unknown unicast rates separately Support storm suppression based on PPS/Mbps
	VLAN	Supports 4096 VLANs Support port based VLAN Support VLAN based on MAC address Support IP based VLAN Support 802.1Q VLAN Support GVRP
	QoS	Support limiting the rate at which ports receive and send messages Support CAR (Committed Access Rate) function Supports 8 output queues per port Support flexible queue scheduling algorithms that can be set based on both ports and queues simultaneously Supports three modes: SP, WRR, and SP+WRR
	ACL	Support L2 (Layer 2)~L4 (Layer 4) packet filtering function, providing flow classification based on source MAC address, destination MAC address, source IP (IPv4) address, destination IP (IPv4) address, TCP/UDP port number Supports 11.5K ACL entries
	Port Aggregation	Support manual aggregation Support LACP static/dynamic aggregation
	Ring Network Protocol	Support MR ring (self-healing time<20ms) Support STP/RSTP/MSTP Support ERPSv1/v2 Support MRP Support MRPP
	Self healing ring networking method	Support multiple self-healing rings Support tangent rings
	multicast	Support IGMP Snooping v1/v2 Support IGMP Support GMRP Support PIM-SM/DM
	DHCP	DHCP Client DHCP Relay DHCP Server
	IP routing	Support static routing Support RIPv1/v2 Supports OSPFv1/v2 Support BGP4 Supporting ISIS Support routing strategy
	Routing redundancy technology	Support VRRP/VRRPv3
	VPN	Support static Layer 2/Layer 3 VXLAN Supports MPLS L2 (VPLS)/L3
	reliability	Support backup link Support BFD
	Timely service	Support NTP Server Support SNTP
	Device Diagnostics	Support port mirroring Support 1:1/N:1 Support Ping and Tracert
	IPv6	支持 ND（Neighbor Discovery）,RD(Router Discovery) Support PMTU Support RIPng Support OSPFv3 Support BGP4+ Support MLD Snooping v1 支持 IPv6-Ping，IPv6-Tracert，IPv6-Telnet，IPv6-TFTP
	cybersecurity	Support user level management and password protection Support 802.1X authentication Support Radius authentication Support AAA certification Support SSH Support port isolation Support dynamic ARP detection Support binding function for IP/Port/MAC Support CPU protection/DDoS attack prevention
	Management and Maintenance	Support FTP/TFTP/WEB upgrade, log recording/configuration file download and upload Support command-line interface (CLI) configuration Support web configuration, support HTTPS/HTTP Support Telnet/SSH remote configuration Support configuration through Console port Support SNMP v1/v2, SNMP Trap, SNMP RMON Support system logs, graded alarms, and debugging information output Support MQTT access protocol Support LLDP
input voltage		DC：12V
Overall dimensions		82*110mm
working environment	Operating Temperature	-20℃～+65℃
	Storage temperature	-40℃～+70℃
	relative humidity	5% to 95% no condensation
warranty	MTBF	200000 hours
warranty	warranty period	5 years
EMC	EMI	CFR47,FCC Part 15B CE EN55032:2015, EN61000-3-2:2014 (power harmonic), EN61000-3-3:2013 (power variation)
EMC	EMS	IEC61000-4-2(ESD) ±8kV(contact),±15kV(air) IEC61000-4-3(RS) 10V/m(80MHz～2GHz) IEC61000-4-4(EFT) Power Port:±4kV; Data Port:±2kV IEC61000-4-5(Surge) Power Port:±2kV/DM,±4kV/CM; Data Port:±2kV IEC61000-4-6(CS) 3V(10kHz～150kHz); 10V(150kHz～80MHz) IEC61000-4-16 (common mode conduction) 30V (cont.), 300V (1s)
meet the standard		IEEE802.3：CSMA/CD IEEE802.3i：10Base-T IEEE802.3u：100Base-T IEEE802.3z：1000Base-LX IEEE802.3ad: Link Aggregation IEEE802.3x: Full Duplex Ethernet Data Link Layer Flow Control IEEE802.1p: Traffic Priority IEEE802.1Q：VLAN IEEE802.1w: Fast spanning tree IEEE802.1X: Port based Network Access Control

Attachment: Connector Definition

220PIN（FBB05009-M220S3013K6M）U109
serial number	A	remark	serial number	B	remark
1	GND		2	GND
3	GND		4	GND
5	GND		6	HS_S2_TXP3	QSGMII sends signals
7	GND		8	HS_S2_TXN3	QSGMII sends signals
9	HS_S2_RXP3	QSGMII receives signals	10	GND
11	HS_S2_RXN3	QSGMII receives signals	12	GND
13	GND		14	HS_S2_TXP2	QSGMII sends signals
15	GND		16	HS_S2_TXN2	QSGMII sends signals
17	HS_S2_RXP2	QSGMII receives signals	18	GND
19	HS_S2_RXN2	QSGMII receives signals	20	GND
21	GND		22	HS_S2_TXP1	QSGMII sends signals
23	GND		24	HS_S2_TXN1	QSGMII sends signals
25	GND		26	GND
27	GND		28	GND
29	HS_S2_RXP1	QSGMII receives signals	30	GND
31	HS_S2_RXN1	QSGMII receives signals	32	GND
33	GND		34	HS_S2_TXP0	QSGMII sends signals
35	GND		36	HS_S2_TXN0	QSGMII sends signals
37	HS_S2_RXP0	QSGMII receives signals	38	GND
39	HS_S2_RXN0	QSGMII receives signals	40	GND
41	GND		42	HS_S1_TXP3	QSGMII sends signals
43	GND		44	HS_S1_TXN3	QSGMII sends signals
45	GND		46	GND
47	GND		48	GND
49	HS_S1_RXP3	QSGMII receives signals	50	GND
51	HS_S1_RXN3	QSGMII receives signals	52	GND
53	GND		54	HS_S1_TXP2	QSGMII sends signals
55	GND		56	HS_S1_TXN2	QSGMII sends signals
57	HS_S1_RXP2	QSGMII receives signals	58	GND
59	HS_S1_RXN2	QSGMII receives signals	60	GND
61	GND		62	HS_S1_TXP1	QSGMII sends signals
63	GND		64	HS_S1_TXN1	QSGMII sends signals
65	GND		66	GND
67	GND		68	GND
69	HS_S1_RXP1	QSGMII receives signals	70	GND
71	HS_S1_RXN1	QSGMII receives signals	72	GND
73	GND		74	HS_S1_TXP1	QSGMII sends signals
75	GND		76	HS_S1_TXN1	QSGMII sends signals
77	HS_S1_RXP0	QSGMII receives signals	78	GND
79	HS_S1_RXN0	QSGMII receives signals	80	GND
81	GND		82	HS_S0_TXP3	QSGMII sends signals
83	GND		84	HS_S0_TXN3	QSGMII sends signals
85	GND		86	GND
87	GND		88	GND
89	HS_S0_RXP3	QSGMII receives signals	90	GND
91	HS_S0_RXN3	QSGMII receives signals	92	GND
93	GND		94	HS_S0_TXP2	QSGMII sends signals
95	GND		96	HS_S0_TXN2	QSGMII sends signals
97	HS_S0_RXP2	QSGMII receives signals	98	GND
99	HS_S0_RXN2	QSGMII receives signals	100	GND
101	GND		102	HS_S0_TXP1	QSGMII sends signals
103	GND		104	HS_S0_TXN1	QSGMII sends signals
105	GND		106	GND
107	GND		108	GND
109	HS_S0_RXP1	QSGMII receives signals	110	HS_S0_TXP0	QSGMII sends signals
111	HS_S0_RXN1	QSGMII receives signals	112	HS_S0_TXN0	QSGMII sends signals
113	GND		114	GND
115	GND		116	GND
117	HS_S0_RXP0	QSGMII receives signals	118	SOC_PCIE_CLKP100M	PCIE clock signal
119	HS_S0_RXN0	QSGMII receives signals	120	SOC_PCIE_CLKN100M	PCIE clock signal
121	GND		122	GND
123	GND		124	GND
125	GND		126	SOC_PCIE_RXP	PCIE receives signals
127	GND		128	SOC_PCIE_RXN	PCIE receives signals
129	SOC_PCIE_TXP	PCIE sends signal	130	GND
131	SOC_PCIE_TXN	PCIE sends signal	132	GND
133	GND		134	CPU_SGMII0_TXP	MCU-SGMI0 sends signal
135	GND		136	CPU_SGMII0_TXN	MCU-SGMI0 sends signal
137	CPU_SGMII0_RXP	MCU-SGMI0 receiving signal	138	GND
139	CPU_SGMII0_RXN	MCU-SGMI0 receiving signal	140	GND
141	GND		142	CPU_SGMII1_TXN	MCU-SGMII1 sends signal
143	GND		144	CPU_SGMII1_TXP	MCU-SGMII1 sends signal
145	CPU_SGMII1_RXN	MCU-SGMII1 receives signal	146	GND
147	CPU_SGMII1_RXP	MCU-SGMII1 receives signal	148	GND
149	GND		150	CPU_MDIO	CPU MDC/MDIO interface
151	GND		152	CPU_MDC	CPU MDC/MDIO interface
153	PPU0_MDC_A0	Exchange MDC/MDIO interfaces	154	GND
155	PPU0_MDIO_A0	Exchange MDC/MDIO interfaces	156	GND
157	GND		158	PPU0_MDC_B0	Exchange MDC/MDIO interfaces
159	GND		160	PPU0_MDIO_B0	Exchange MDC/MDIO interfaces
161	PPU0_MDC_A1	Exchange MDC/MDIO interfaces	162	GND
163	PPU0_MDIO_A1	Exchange MDC/MDIO interfaces	164	GND
165	GND		166	PPU0_MDC_B1	Exchange MDC/MDIO interfaces
167	GND		168	PPU0_MDIO_B1	Exchange MDC/MDIO interfaces
169	UART0_RXD	LVCOMS serial port 0	170	GND
171	UART0_TXD	LVCOMS serial port 0	172	GND
173	GND		174	UART2_RXD	LVCOMS serial port 2
175	GND		176	UART2_TXD	LVCOMS serial port 2
177	UART1_TXD	LVCOMS serial port 1	178	GND
179	UART1_RXD	LVCOMS serial port 1	180	GND
181	GND		182	CPU_I2C_SDA	CPU IIC interface
183	GND		184	CPU_I2C_SCL	CPU IIC interface
185	INTR0_B	interrupt signal	186	GND
187	INTR1_B	interrupt signal	188	GND
189	GND		190	RST_IN	Reset input
191	GND		192	GND
193	RST_OUT	Reset output of exchange module	194	GND
195	GND		196	SOC_I2C1_SCL	Exchange IIC interface
197	USB_DM	USB2.0	198	SOC_I2C1_SDA	Exchange IIC interface
199	USB_DP	USB2.0	200	GND
201	GND		202	GND
203	GND		204	GND
205	GND		206	GND
207	DC12V		208	DC12V
209	DC12V		210	DC12V
211	DC12V		212	DC12V
213	DC12V		214	DC12V
215	DC12V		216	DC12V
217	DC12V		218	DC12V
219	DC12V		220	DC12V
	Signal Description:
	RSTIN: External reset input
	RSTOUT: Switch module reset output
	Xxxx_SOC: Switching chip integrated MCU output signal
	CPU-xxxxx: SOC switching chip integrated MCU output signal

	220PIN（FBB05009-M220S3013K6M）U3
serial number	C	remark		D
1	GND		2	GND
3	GND		4	GND
5	GND		6	GND
7	GND		8	GND
9	GND		10	GND
11	CPU_GPIO1		12	GND
13	CPU_GPIO2		14	GND
15	CPU_GPIO3		16	GND
17	CPU_GPIO4		18	GND
19	CPU_GPIO5		20	GND
21	CPU_GPIO6		22	NC
23	CPU_GPIO7		24	NC
25	CPU_GPIO8	System indicator light	26	NC
27	CPU_GPIO9		28	NC
29	CPU_GPIO10		30	NC
31	CPU_GPIO11		32	NC
33	CPU_GPIO12		34	GND
35	CPU_GPIO13		36	GND
37	CPU_GPIO14		38	GND
39	CPU_GPIO15		40	GND
41	GND		42	GND
43	GND		44	NC
45	GND		46	NC
47	GND		48	GND
49	LED_CLK	serial LED	50	GND
51	LED_DATA	serial LED	52	GND
53	GND		54	GND
55	GND		56	CS_S1_TXN3	10G-KR sending
57	GND		58	CS_S1_TXP3	10G-KR sending
59	GND		60	GND
61	CS_S1_RXN3	10G-KR receiver	62	GND
63	CS_S1_RXP3	10G-KR receiver	64	CS_S1_TXN2	10G-KR sending
65	GND		66	CS_S1_TXP2	10G-KR sending
67	GND		68	GND
69	CS_S1_RXN2	10G-KR receiver	70	GND
71	CS_S1_RXP2	10G-KR receiver	72	CS_S1_TXN1	10G-KR sending
73	GND		74	CS_S1_TXP1	10G-KR sending
75	GND		76	GND
77	CS_S1_RXN1	10G-KR receiver	78	GND
79	CS_S1_RXP1	10G-KR receiver	80	CS_S1_TXN0	10G-KR sending
81	GND		82	CS_S1_TXP0	10G-KR sending
83	GND		84	GND
85	CS_S1_RXN0	10G-KR receiver	86	GND
87	CS_S1_RXP0	10G-KR receiver	88	CS_S0_TXN3	10G-KR sending
89	GND		90	CS_S0_TXP3	10G-KR sending
91	GND		92	GND
93	CS_S0_RXN3	10G-KR receiver	94	GND
95	CS_S0_RXP3	10G-KR receiver	96	CS_S0_TXN2	10G-KR sending
97	GND		98	CS_S0_TXP2	10G-KR sending
99	GND		100	GND
101	CS_S0_RXN2	10G-KR receiver	102	GND
103	CS_S0_RXP2	10G-KR receiver	104	CS_S0_TXN1	10G-KR sending
105	GND		106	CS_S0_TXP1	10G-KR sending
107	GND		108	GND
109	CS_S0_RXN1	10G-KR receiver	110	GND
111	CS_S0_RXP1	10G-KR receiver	112	CS_S0_TXN0	10G-KR sending
113	GND		114	CS_S0_TXP0	10G-KR sending
115	GND		116	GND
117	CS_S0_RXN0	10G-KR receiver	118	GND
119	CS_S0_RXP0	10G-KR receiver	120	HS_S5_TXN3	10G-KR sending
121	GND		122	HS_S5_TXP3	10G-KR sending
123	GND		124	GND
125	HS_S5_RXP3	10G-KR receiver	126	GND
127	HS_S5_RXN3	10G-KR receiver	128	HS_S5_TXN2	10G-KR sending
129	GND		130	HS_S5_TXP2	10G-KR sending
131	GND		132	GND
133	HS_S5_RXP2	10G-KR receiver	134	GND
135	HS_S5_RXN2	10G-KR receiver	136	HS_S5_TXN1	10G-KR sending
137	GND		138	HS_S5_TXP1	10G-KR sending
139	GND		140	GND
141	HS_S5_RXP1	10G-KR receiver	142	GND
143	HS_S5_RXN1	10G-KR receiver	144	HS_S5_TXN0	10G-KR sending
145	GND		146	HS_S5_TXP0	10G-KR sending
147	GND		148	GND
149	HS_S5_RXP0	10G-KR receiver	150	GND
151	HS_S5_RXN0	10G-KR receiver	152	GND
153	GND		154	HS_S4_TXN3	10G-KR sending
155	GND		156	HS_S4_TXP3	10G-KR sending
157	HS_S4_RXP3	10G-KR receiver	158	GND
159	HS_S4_RXN3	10G-KR receiver	160	GND
161	GND		162	HS_S4_TXN2	10G-KR sending
163	GND		164	HS_S4_TXP2	10G-KR sending
165	HS_S4_RXP2	10G-KR receiver	166	GND
167	HS_S4_RXN2	10G-KR receiver	168	GND
169	GND		170	HS_S4_TXN1	10G-KR sending
171	GND		172	HS_S4_TXP1	10G-KR sending
173	HS_S4_RXP1	10G-KR receiver	174	GND
175	HS_S4_RXN1	10G-KR receiver	176	GND
177	GND		178	HS_S4_TXN0	10G-KR sending
179	GND		180	HS_S4_TXP0	10G-KR sending
181	HS_S4_RXP0	10G-KR receiver	182	GND
183	HS_S4_RXN0	10G-KR receiver	184	GND
185	GND		186	HS_S3_TXP3	10G-KR sending
187	GND		188	HS_S3_TXN3	10G-KR sending
189	HS_S3_RXN3	10G-KR receiver	190	GND
191	HS_S3_RXP3	10G-KR receiver	192	GND
193	GND		194	HS_S3_TXP2	10G-KR sending
195	GND		196	HS_S3_TXN2	10G-KR sending
197	HS_S3_RXN2	10G-KR receiver	198	GND
199	HS_S3_RXP2	10G-KR receiver	200	GND
201	GND		202	HS_S3_TXP1	10G-KR sending
203	GND		204	HS_S3_TXN1	10G-KR sending
205	HS_S3_RXN1	10G-KR receiver	206	GND
207	HS_S3_RXP1	10G-KR receiver	208	GND
209	GND		210	HS_S3_TXP0	10G-KR sending
211	GND		212	HS_S3_TXN0	10G-KR sending
213	HS_S3_RXN0	10G-KR receiver	214	GND
215	HS_S3_RXP0	10G-KR receiver	216	GND
217	GND		218	GND
219	GND		220	GND