濎通科技产品

寬帶電力線通信處理器(PLC)
VC6320是一款真正的單芯片PLC SoC,支持智能電網和其他IIoT 應用的多種現代寬帶PLC標準
主要特点
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Support multiple Broadband PLC Standards: China SGCC Q/GDW 11612, IEEE 1901.1
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Frequency bands:
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- 1.9 ~ 12 MHz
- SGCC HPLC 0.7 MHz ~ 2.99 MHz
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Integrated high linearity, high current and power efficient Line Driver to offer the lowest BOM cost for Broadband PLC applications
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Modulation schemes: BPSK, QPSK and 16QAM
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Up to 7 UART interfaces
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Three SPI interfaces:
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- One SPI Master with 4 chip selects. It can be used to control wirelestransceiver, metering or other SPI devices.
- One SPI Slave interface for alternative data interface with Host Processor
- 3rd SPI interface which can be configured as Master or Slave
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Three SPI interfaces:
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Four 16-bits PWM timers
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One Ethernet MAC with RMII interface
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AES-128/192/256 and SM2/SM3/SM4 Crypto Accelerator
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2 MB embedded Flash memory
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128 KB SRAM
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Support In-System Programming of Flash memory via UART0 or SPI Slave interface
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Up to 53 programmable GPIOs for maximal flexibility
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3.3 V digital I/O
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Integrated DC-DC (3.3 V to 1.2 V) BUCK Converter
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88L-QFN (10x10mm) package
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Operating temperature range: -40 ~ +85°C
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Storage temperature range: -40 ~ +125°C
應用
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Smart Grid communications
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Advanced Metering Infrastructure (AMI)
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Smart meters
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Power Line Communications data concentrators
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Street lighting automation
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Industrial monitoring and control
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Smart home and building
DataSheet

電力線 + 微功率無線雙模單芯片
VC83X0 是一款雙模電力線通信 (PLC) 晶片,集成微功率無線 sub-GHz 射頻收發器,支援智慧電網和其他 IIoT 應用等多種窄帶和寬帶 PLC 標準。
主要特点
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32-bit ARM Cortex M4 MCU
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Up to 6 UART interfaces
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One SPI interface (Master/Slave)
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2 PWM
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One Ethernet MAC with RMII interface
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2 MB embedded Flash memory
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128 KB SRAM
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Support In-System Programming (ISP) of Flash memory via UART0 or SPI interface
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3.3-V digital I/O
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Integrated DC-DC (3.3V to 1.2V) BUCK Converter
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88L-QFN (10mm x 10mm) package
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Operating temperature range: -40 ~ +85
PLC處理器特點
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Support multiple narrowband and broadband PLC Standards:
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- VC8300: G3-PLC, IEEE P1901.2, PRIME
- VC8320: China SGCC Q/GDW 11612, IEEE 1901.1
-
Frequency band:
-
- VC8300: 0 ~ 500 KHz
- VC8320: 1.9 ~ 12.5 MHz, SGCC HPLC 0.7 MHz ~ 2.99 MHz
-
Integrated high linearity, high current and power efficient Line Driver to offer the lowest BOM cost for PLC applications
-
Modulation schemes: BPSK, QPSK, 8PSK and 16QAM
-
Support HW AES-128/192/256 and SM2/SM3/SM4
Sub-GHz 無線收發器特點
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Support IEEE 802.15.4g/Wi-SUN
-
Support wireless M-Bus
-
ISM Frequency bands: 315, 433, 490, 868, 915 MHz ISM
-
Excellent selectivity performance
-
- Adjacent channel rejection: 48 dB
- Blocking performance: > 75 dB
-
Best-in-class receiver sensitivity
-
- -109 dBm at 50 kbps GFSK
-
Maximum data rate: 300 kbps
-
Configurable maximum transmit output power :
-
- +20 dBm
- +13 dBm
-
Current consumption
-
- Shut-down: 70 nA
- Sleep mode: 0.8 µA
- Receive mode: 16 mA
- Transmit mode: 96 mA at +20 dBm
-
Automatic output power ramping
-
Modulation schemes: OOK, (G)FSK, 4(G)FSK and GMSK
-
Automatic RX wake-up for low power listen
-
Fast wake-up and AGC for low-power listen
-
Functions for wireless link robustness
-
- RF channel hopping
- Retransmission
- Auto-acknowledgement
-
Digital RSSI and clear channel assessment for CSMA and listen-before-talk systems
-
Support packet over packet reception for reliable communication
-
Early termination of receive mode for incorrect preamble reception
-
Hardware-based user identification listen to eliminate false wake-up
雙模特點
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Seamless integration of PLC and sub-GHz communication.
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Best path selection mixing of wired and wireless channels
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L2 hybrid networking with common upper layers
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- Less memory overhead
- Less delay through the path
- Applicable to arbitrary upper-layer protocols
- No modification effort for user applications
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Hop-by-hop selection of RF & PLC (RF-PLC-RF-PLC...)
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- Higher packet success rate than end-to-end approach (RF-RF-...-RF or PLC-PLC-...-PLC)
- Interoperable with existing PLC nodes
- Flexible to deploy (partial replacement is possible)
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Backbone for electricity/ gas/ heat/ water AMR
應用
-
Smart Grid Communications
-
Advanced Metering Infrastructure (AMI)
-
Smart Meters
-
Power Line Communications Data Concentrators
-
Street Lighting Automation
-
Industrial monitoring and control
-
Smart Home and building
DataSheet

低功耗、高性能的 Wireless Sub-GHz Transceiver
VC700X 具有低功耗,遠距離,穩定的無線鏈路特性,和高相鄰信道抑制。並提供 mesh 網絡軟件為完整及時可用的 IoT 無線解決方案。
主要特点
-
Support IEEE 802.15.4g/Wi-SUN
-
Support wireless M-Bus
-
ISM Frequency bands: 315, 433, 490, 868, 915 MHz ISM
-
Excellent selectivity performance
-
- Adjacent channel rejection: 48 dB
- Blocking performance: > 75 dB
-
Best-in-class receiver sensitivity
-
- -109 dBm at 50 kbps GFSK
-
Maximum data rate: 300 kbps
-
Configurable maximum transmit output power :
-
- +20 dBm
- +13 dBm
-
Automatic output power ramping
-
Current consumption
-
- Shut-down: 70 nA
- Sleep mode: 0.8 µA
- Receive mode: 16 mA
- Transmit mode: 96 mA at +20 dBm
-
Modulation schemes: OOK, (G)FSK, 4(G)FSK and GMSK
-
Automatic RX wake-up for low power listen
-
Fast wake-up and AGC for low-power listen
-
Functions for wireless link robustness
-
- RF channel hopping
- Retransmission
- Auto-acknowledgement
-
Digital RSSI and clear channel assessment for CSMA and listen-before-talk systems
-
Support packet over packet reception for reliable communication
-
Early termination of receive mode for incorrect preamble reception
-
Hardware-based user identification listen to eliminate false wake-up
-
Oscillators: 32 MHz XO, 32 kHz RCO and a fast wake-up RCO
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One SPI interface to host MCU
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Single power supply voltage with integrated LDOs: 2.0 V ~ 3.6 V
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Package: QFN-32 (5mm x 5mm)
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Ambient temperature range: -40 °C ~ +85 °C
應用
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802.15.4g-based proprietary applications
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Wi-SUN FAN applications
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Wireless M-Bus
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Smart metering, such as gas, water, and electricity meters, etc.
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Smart home and building
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Industrial monitoring and control
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Wireless alarm and security systems
DataSheet

用於超低功耗 IoT 的無線 SoC
VC7300 系列支持多種省電模式,非常適合超低功耗物聯網(IoT)網絡和強大計算能力的傳感器應用。
主要特点
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ARM Cortex M3 CPU core with 512 kB flash and 128 kB RAM
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Best-in-class RF performance with VC7000 sub-GHz RF transceiver
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AES accelerator of 128/192/256-bit keys
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Ultra-low power wireless SoC/p>
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- RX mode: 16 mA
- TX mode: 45 mA@+13 dBm, 100 mA@+20 dBm
- Sleep mode: 2 µA
- Deep sleep mode: Less than 1 uA
MCU特點
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MCU
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- 32-bit Cortex M3 with maximum 39.3126 MHz operation speed
- Single cycle multiplier
- Standard 2-wires SWD debug interface
- 512 KB Flash with write protect, support both IAP and ISP
- 128 KB SRAM with parity check and data retention under sleep mode
- 16 KB SRAM with data retention under deep-sleep mode
- Support abort exception detection including Flash check-sum error, SRAM parity error, memory address error and memory align error
- Support boot from embedded flash or boot from internal ROM with IO strap option
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Interface Controller
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- Support SPI flash and SPI SRAM for program execution and directly data read/write
- 4 UART controllers with parity check and transmit/receive FIFOs
- Each IR channel can be coupled with IR carrier for IR transmission
- 1 SPI master/slave controllers
- 1 I2C master/slave controller
- 4 32-bit timers
- 4 16-bit PWM timers
- 4-channels DMA controller
- 128/192/256 bits AES CODEC
- ECC encrypt/decrypt accelerated engine
- Watch dog timers with programmable period
- Support multiple wake-up sources under each mode
- Maximum 35 GPIOs
- 11 GPIOs can be external interrupt and wakeup sources under all modes
- Support key scan controller which can support up to 16 keys with 4x4 matrix
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Analog Controller
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- 12-bit ADC with 1 Msps and 6 external inputs
- ADC supports manual sample mode or auto sample mode
- 1 comparator with single end input or differential input
- Embedded 32 KHz and 39.2166 MHz RCO
- Support external 32 KHz crystal
- Support crystal absent detect for 32KHz
- Each clock can be selected to be system clock
- Support digital clock divider up-to 1/256
- Support low voltage detection with programmable level
- Support power-on reset for both IO voltage and core voltage
- Support 1 ppm RTC auto-calibration under deep-sleep mode
無線特點
-
Support IEEE 802.15.4g/Wi-SUN
-
Support wireless M-Bus
-
ISM Frequency bands: 315, 433, 490, 868, 915 MHz ISM
-
Excellent selectivity performance
-
- Adjacent channel rejection: 48 dB
- Blocking performance: > 75 dB
-
Best-in-class receiver sensitivity
-
- -109 dBm at 50 kbps GFSK
-
Maximum data rate: 300 kbps
-
Configurable maximum transmit output power :
-
- +20 dBm
- +13 dBm
-
Current consumption
-
- Shut-down: 70 nA
- Sleep mode: 0.8 µA
- Receive mode: 16 mA
- Transmit mode: 96 mA at +20 dBm
-
Automatic output power ramping
-
Modulation schemes: OOK, (G)FSK, 4(G)FSK and GMSK
-
Automatic RX wake-up for low power listen
-
Fast wake-up and AGC for low-power listen
-
Functions for wireless link robustness
-
- RF channel hopping
- Retransmission
- Auto-acknowledgement
-
Digital RSSI and clear channel assessment for CSMA and listen-before-talk systems
-
Support packet over packet reception for reliable communication
-
Early termination of receive mode for incorrect preamble reception
-
Hardware-based user identification listen to eliminate false wake-up
系統特點
-
Operating Voltage: 2.0 V ~ 3.6 V
-
Package: QFN-64 (9mm x 9mm)
-
Operation Temperature: -40 ~ +85 °C
DataSheet
濎通科技解决方案

在智能電網基礎設施中,傳感器和通信模塊被加到網絡中的智能電錶。傳感器(電源,電壓,故障檢測器等)收集的數據被傳輸到雲端進行監控和計費。智能電錶可以從中央運營中心進行遠程管理和配置,公用事業可以連接或中斷服務,亦不必派遣工作人員讀表並查找損壞的設備。
消費者可以從分時計費和智能電錶的即時顯示中受益。消費者能更了解他們電力/水/ 氣的消費信息,從而更好地管理能源使用,減少費用。公用事業公司還可以從分析和可預測的能源需求中更高效地發電,而不必使用昂貴的燃料/電力供應來迎合高峰需求。
在公用事業行業中,智能電網上的發電廠,可再生能源,家庭和辦公大樓都可以從智慧能源管理中受益。
電力線載波通訊晶片
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經過認證的窄帶/寬帶 PLC SoC 解決方案具備高性能和可靠性,可幫助客戶節省開發工作並縮短產品上市時間。
無線傳輸通訊晶片
-
提供高性能的 sub-GHz 無線收發器和無線 SoC,以及多種類型的軟件協議以滿足不同的應用需求。使用者可以根據系統設計在解決方案中進行選擇。
雙模傳輸通訊晶片
-
VC83X0 是一款整合了 PLC 和 sub-GHz RF 的高度集成,高性價比的單芯片解決方案。根據通信品質做靈活的最佳路徑選擇,確保穩定可靠的連接性。

全球暖化會降低作物產量; 面對人口增長的挑戰,提高農業生產力至關重要。為了增加農業生產的數量和質量,農民可以利用智能農業技術和傳感器網絡來監測和控制 光照,溫度,土壤pH值,濕度和施肥,從而使農作物生長得更好。
智能畜牧還可以通過動物活動,GPS位置,飼養和繁殖等來監測智能養殖動物的健康狀況,以追蹤和保證所供應的肉質。
無線傳輸通訊晶片
-
提供高性能的 sub-GHz 無線收發器和無線 SoC,以及多種類型的軟件協議以滿足不同的應用需求。使用者可以根據系統設計在解決方案中進行選擇。
雙模傳輸通訊晶片
-
VC83X0 是一款整合了 PLC 和 sub-GHz RF 的高度集成,高性價比的單芯片解決方案。根據通信品質做靈活的最佳路徑選擇,確保穩定可靠的連接性。

智慧城市網絡還可以幫助監測包括空氣質量,土壤,水,天氣等在內的環境質量。可以自動產生警報,預防減輕災害, 並據此實施環保計劃。
無線傳輸通訊晶片
-
提供高性能的 sub-GHz 無線收發器和無線 SoC,以及多種類型的軟件協議以滿足不同的應用需求。使用者可以根據系統設計在解決方案中進行選擇。
雙模傳輸通訊晶片
-
VC83X0 是一款整合了 PLC 和 sub-GHz RF 的高度集成,高性價比的單芯片解決方案。根據通信品質做靈活的最佳路徑選擇,確保穩定可靠的連接性。

智慧城市是指擁有各種傳感器和設備(IoT)的城市區域,從人員,交通,照明,環境,資產等領域收集數據。處理和分析信息以幫助管理城市和使用資源更有效率。
政府可以利用智慧城市技術與人民互動,提高交通運輸系統,電力,公用事業,警力,安全,教育醫療機構,及其他社區服務領域等的服務品質。
電力線載波通訊晶片
-
經過認證的窄帶/寬帶 PLC SoC 解決方案具備高性能和可靠性,可幫助客戶節省開發工作並縮短產品上市時間。
無線傳輸通訊晶片
-
提供高性能的 sub-GHz 無線收發器和無線 SoC,以及多種類型的軟件協議以滿足不同的應用需求。使用者可以根據系統設計在解決方案中進行選擇。
雙模傳輸通訊晶片
-
VC83X0 是一款整合了 PLC 和 sub-GHz RF 的高度集成,高性價比的單芯片解決方案。根據通信品質做靈活的最佳路徑選擇,確保穩定可靠的連接性。

除了便利性,娛樂性和安全性以外,家庭監控(智能安防攝像機,能源消費監控等)以及各種可穿戴式傳感器的健康監控也是現代智能家居和追蹤系統的重要組成部分,來因應人口老齡化和獨居人數的日益增多。
無線傳輸通訊晶片
-
提供高性能的 sub-GHz 無線收發器和無線 SoC,以及多種類型的軟件協議以滿足不同的應用需求。使用者可以根據系統設計在解決方案中進行選擇。
雙模傳輸通訊晶片
-
VC83X0 是一款整合了 PLC 和 sub-GHz RF 的高度集成,高性價比的單芯片解決方案。根據通信品質做靈活的最佳路徑選擇,確保穩定可靠的連接性。

智能家居是建築/家庭自動化,具有照明,空調,安全,家用電器等的控制和自動化。家庭網絡具有開關和傳感器連接到有用戶界面的中央控制系統,系統還可以學習用戶習慣 提供更多人工智能安全,照明,暖氣等。
無線傳輸通訊晶片
-
提供高性能的 sub-GHz 無線收發器和無線 SoC,以及多種類型的軟件協議以滿足不同的應用需求。使用者可以根據系統設計在解決方案中進行選擇。
雙模傳輸通訊晶片
-
VC83X0 是一款整合了 PLC 和 sub-GHz RF 的高度集成,高性價比的單芯片解決方案。根據通信品質做靈活的最佳路徑選擇,確保穩定可靠的連接性。