China Wholesale Maxlinear Suppliers – ECMM, DOCSIS 3.0, 1xGE, F/MCX/SMB, SP110IE – MoreLink
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China Wholesale Maxlinear Suppliers – ECMM, DOCSIS 3.0, 1xGE, F/MCX/SMB, SP110IE – MoreLink Detail:
Product Detail
The MoreLink’s SP110IE is a DOCSIS 3.0 ECMM Module (Embedded Cable Modem Module) supporting up to 8 downstream and 4 upstream bonded channels to deliver a powerful high-speed Internet experience.
The SP110IE is temperature hardened for integration in other products that are required to operate in the outdoor or extreme temperature environment.
Base on Full Band Capture (FBC) function, SP110IE is not only a Cable Modem, but also can be used as a Spectrum Analyzer.
Heatsink is mandatory and application specific. Three PCB holes are provided around the CPU, so that a heatsinking bracket or similar device can be affixed to the PCB, to transfer the generated heat away from the CPU and towards the housing and environment.
This product specification covers DOCSIS® and EuroDOCSIS® 3.0 versions of the Embedded Cable Modem Module series of products. Throughput this document, it will be referred as SP110IE.
Product Features
➢ DOCSIS / EuroDOCSIS 3.0 compliant
➢ 8 downstream x 4 upstream bonded channels
➢ Temperature hardened
➢ Support Full Band Capture
➢ Selectable RF connectors: F, SMB, MCX
➢ SPI, UART, GPIO signals are accessible by Signal Interface
➢ One Gigabit Ethernet Port supporting auto-negotiation
➢ Standalone External Watchdog
➢ Temperature sensor on board
➢ Accurate RF power level (+/-1dB) at all temperature range
➢ Embedded Spectrum Analyzer
➢ DOCSIS MIBs, SCTE HMS MIBs supported
➢ Open system API and data structure for 3rd party application access
➢ Software upgrade by HFC network
Application
➢ Transponder, such as Power Supply, Fiber Node, UPS, CATV Power
➢ IP-Camera Video
➢ Digital Signage
➢ Wi-Fi Hotspot Traffic
➢ Emergency broadcast
➢ 4G LTE and 5G Small Cell
➢ DVB-C or Hybrid STB embedded CM
➢ Smart City Applications
Support HMS MIBs
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1 |
SCTE 36(HMS028R6) | SCTE-ROOT and scteHmsTree definition |
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2 |
SCTE 37(HMS072R5) | scteHmsTree subgroups |
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3 |
SCTE 38-1(HMS026R12) | propertyIdent objects |
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4 |
SCTE 38-2(HMS023R13) | alarmsIdent objects |
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5 |
SCTE 38-3(HMS024R13) | commonAdminGroup objects and the commonPhyAddress object |
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6 |
SCTE 38-4(HMS027R12) | psIdent objects |
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7 |
SCTE 38-5(HMS025R13) | fnIdent objects |
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8 |
SCTE 38-7(HMS050R5) | transponderInterfaceBusIdent objects |
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9 |
SCTE 38-10(HMS115) | RF Amplifier MIB objects |
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10 |
SCTE 25-1 | Hybrid Fiber Coax Outside Plant Status Monitoring |
Technical Parameters
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Protocol Support |
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| DOCSIS/EuroDOCSIS 1.1/2.0/3.0 SNMP v1/v2/v3 TR069 |
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CPU and Memory |
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| CPU | BCM33838M (8×4, Commercial, 0 ~ +70 oC) BCM3383DI (8×4, Industrial, -40 ~ +85 oC) BCM334843D (16×4, Commercial, 0 ~ +70 oC) |
|
| Memory | 128MB DDR3 | |
| Flash | 16MB SPI Flash | |
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Connectivity |
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| RF | 75 OHM Female F Connector (Diplexer Split: 42/54; 65/88; 85/108) Two SMB 75 OHM Connector (Downstream, Upstream Separately) Two MCX 75 OHM Connector (Downstream, Upstream Separately) |
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| RJ45 | 1x RJ45 Ethernet port 10/100/1000 Mbps | |
| Signal Interface | 2.0mm Box Header 2.0mm Pin Header (Option) 2.0mm Wafer Header (Option) The signals including: SPI, DOCSIS LEDs, Reset, GPIO and UART. Pin Definitions see Table #1 |
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RF Downstream |
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| Frequency (edge-to-edge) | 88~1002 MHz (DOCSIS) 108~1002MHz (EuroDOCSIS) |
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| Channel Bandwidth | 6MHz (DOCSIS) 8MHz (EuroDOCSIS) 6/8MHz (Auto Detection, Hybrid Mode) |
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| Modulation | 64QAM, 256QAM | |
| Data Rate | Up to 400Mbps by 8 Channel bonding | |
| Signal Level | Docsis: -15 to +15dBmV Euro Docsis: -17 to +13dBmV (64QAM); -13 to +17dBmV (256QAM) |
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RF Upstream |
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| Frequency Range | 5~42MHz (DOCSIS) 5~65MHz (EuroDOCSIS) 5~85MHz (Optional) |
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| Modulation | TDMA: QPSK,8QAM,16QAM,32QAM,64QAM S-CDMA: QPSK,8QAM,16QAM,32QAM,64QAM,128QAM |
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| Data Rate | Up to 108Mbps by 4 Channel Bonding | |
| RF Output Level | TDMA (32/64 QAM): +17 ~ +57dBmV TDMA (8/16 QAM): +17 ~ +58dBmV TDMA (QPSK): +17 ~ +61dBmV S-CDMA: +17 ~ +56dBmV |
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Networking |
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| Network protocol | IP/TCP/UDP/ARP/ICMP/DHCP/TFTP/SNMP/HTTP/TR069/VPN (L2 and L3) | |
| Routing | DNS / DHCP server / RIP I and II | |
| Internet Sharing | NAT / NAPT / DHCP server / DNS | |
| SNMP version | SNMP v1/v2/v3 | |
| DHCP server | Built-in DHCP server to distribute IP address to CPE by CM’s Ethernet port | |
| DCHP client | CM automatically gets IP and DNS server address from MSO DHCP server | |
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Mechanical |
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| Status LED | x6 (PWR, DS, US, Online, LAN, RF Level) | |
| Factory Reset Button | x1 (SW401) | |
| Dimensions (w/o Heatsink) | 65mm (W) x 138mm (H) x 19mm (D) (F connector) 65mm (W) x 110mm (H) x 19mm (D) (SMB/MCX) |
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Environmental |
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| Power Input | DC Jack (6.4mm/2.0mm) Wafer Header 2Pin (Option) Support wide power input: +5VDC ~ +24VDC |
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| Power Consumption | 12W (Max.) 7W (TYP.) | |
| Operating Temperature | Commercial: 0 ~ +70 oC Industrial: -40 ~ +85 oC |
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| Operating Humidity | 10~90% (Non Condensing) | |
| Storage Temperature | -40 ~ +85 oC | |
Spectrum Analyzer: Main Features
- Scan frequency range (5 – 1002MHz)
- RBW setting
- Marker (When Locked, Power Level/QAM/post/pre BER/Symbol Rate)
- Constellation
- Peak/Average
- Alert
- Unit (dBm/dBmV/dBuV)
- Nosie level <-50 dBmV for DS
- Noise level <-20 dBmV for US
Signal Interface: Pin Definition (J1410, J1413, J1414)
| Port Pin | Signal Description | Signal Type | Signal Level |
|
1 |
SPI MOSI | Digital Output | 0 to 3.3VDC |
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2 |
SPI CLOCK | Digital Output | 0 to 3.3VDC |
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3 |
SPI MISO | Digital Input | 0 to 3.3VDC |
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4 |
DS LED (lit when low) | Digital Output | 0 to 3.3VDC |
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5 |
Ground | Reference | 0V |
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6 |
ONLINE LED (lit when low) | Digital Output | 0 to 3.3VDC |
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7 |
US LED (lit when low) | Digital Output | 0 to 3.3VDC |
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8 |
PWR LED (lit when low) | Digital Output | 0 to 3.3VDC |
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9 |
SPI Chip Select 1 | Digital Output | 0 to 3.3VDC |
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10 |
SPI Chip Select 2 | Digital Output | 0 to 3.3VDC |
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11 |
GPIO_01 | Future use | 0 to 3.3VDC |
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12 |
Ground | Reference | 0V |
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13 |
Ground | Reference | 0V |
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14 |
Serial port transmit enable | Digital Output | 0 to 3.3VDC |
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15 |
Reset (Active low) | Digital Input | 0 to “Open” or 3.3VDC |
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16 |
RF LEVEL Green LED (lit when low) | Digital Output | 0 to 3.3VDC |
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17 |
GPIO_02 | Future use | 0 to 3.3VDC |
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18 |
RF LEVEL Red LED (lit when low) | Digital Output | 0 to 3.3VDC |
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19 |
UART Transmit | Digital Output | 0 to 3.3VDC |
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20 |
UART Receive | Digital Output | 0 to 3.3VDC |
J1410: Pin Header, 2×10, 2.0mm, Right Angle.
J1413: Box Header, 2×10, 2.0mm, Straight Angle.
J1414: Pin Header, 2×10, 2.0mm, Straight Angle.
J1414: Pin Header, 2×10, 2.0mm, Straight Angle.
J1414: Pin Header, 2×10, 2.0mm, Straight Angle.
J1405, J1406: SMB, 75 OHM, DIP, Right Angle. Separate D/S and U/S RF Signal.
J1403, J1404: MCX, 75 OHM, DIP, Straight Angle. Separate D/S and U/S RF Signal.
F, Diplexer (Note: Not suggest to be used in New Design). Combine D/S and U/S RF Signal.
CN5: Wafer Header, 1x 2, 2.0mm, Right Angle. Populate at the bottom side of PCB.
Pin1 – VIN
Pin2 – GND
CN6: DC JACK, OD=6.4mm/ID=2.0mm. Matching DC Plug OD=5.5mm/ID=2.1mm
PCBA Dimensions (Unit: mm) F – Diplexer
PCBA Dimensions (Unit: mm) SMB/MCX
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Our mission is to become an innovative supplier of high-tech digital and communication devices by providing value added design, world-class manufacturing, and service capabilities for China Wholesale Maxlinear Suppliers – ECMM, DOCSIS 3.0, 1xGE, F/MCX/SMB, SP110IE – MoreLink, The product will supply to all over the world, such as: moldova, Turkmenistan, Sudan, They're durable modeling and promoting effectively all over the world. Under no circumstances disappearing major functions in a quick time, it's a really should in your case of excellent good quality. Guided by the principle of "Prudence, Efficiency, Union and Innovation. the company make a terrific efforts to expand its international trade, raise its company profit and raise its export scale. We're confident that we've been planning to possess a vibrant prospect and to be distributed all over the world within the years to come.
By Donna from United States - 2017.06.29 18:55
The factory technical staff not only have high level of technology, their English level is also very good, this is a great help to technology communication.
By Coral from Poland - 2017.09.28 18:29
