DACOM West GmbH

DM9111A is the newest member of the Davicom Single PHY Transceiver family.
Its main advantages are:
- low cost due to 0,11µ process. Resale price at 10k pieces is 0,36 USD / piece
- Very low power consumption modes <165mW
- RMII in a small QFN-24 package
- 50MHz clock out at RMII applications which can save BOM cost and design efforts at the system designer
- IEEE802.3az
- WOL
- 2.5V/1.8V IO

Features:

• QFN-24 package
• 10/100Base-TX + 100FX
• very low power consumption modes <165mW
• 50MHz RMII clock output
• Auto MDI-X
• 0.11 µm Process
• LED Status (Link/Activity, Speed, Full Duplex/Collision)
• Full-Duplex or Half-Duplex
• compatible to IEEE802.3u and az
• RMII
• integrated 3.3V to 1.2V regulator
• Temperature Range: 0°C to 70°C and -40° to 85°C

MLX75024 TOF sensor chip together with MLX75123 companion chip provides a complete Time-of-Flight solution.
The MLX75024 TOF sensor supports up to QVGA resolution with unpaired sunlight rejection.
MLX75024 is the successor of MLX75023, with enhanced sensitivity and reduced power consumption. The MLX75123 controls the TOF sensor, the illumination unit and streams data to the host processor. The chipset offers performance, flexibility, simplifies the design and allows a very compact 3D camera.
The MLX75024 is an optical time-of-flight (TOF) sensor array. The sensor features 320 x 240 (QVGA) time-of-flight pixels based on DepthSense® technology.
Thanks to its high speed output, which enables a frame rate up to 600 frames per second, the sensor can be used to track for fast moving objects.
The TOF sensor is available in a small glass BGA wafer level package form factor while the TOF companion chip is available in a compact 7x7 mm2 ELP package.
The sensor is available for ambient operating temperature ranges of -20 +85°C and -40 to +105°C.

Features:

• 1/3” optical Time-of-Flight sensor
  • Optical area = 4.8 x 3.6 mm2
• QVGA Resolution: 320 x 240 pixels
• Support both 850 and 940 nm wavelength
• 15 x 15 μm DepthSense® pixels
• Demodulation frequency up to 40 MHz
• Two dual channel analog outputs
• Pixel rate up to 80 MSPS
• Integrated temperature sensor
• Configurable over I2C up to 400kHz
• -20 to +85°C and -40 to +105°C temperature ranges

Applications:

• Automotive - Body, HVAC, Comfort & Lighting
• Building, Security, Home & Office Automation
• Automotive - Chassis & Safety
• Non-Automotive Transportation
• Industrial & Robotics

The CL8080 is a high-performing, highly integrated Wi-Fi 6 (802.11ax) PCIe chip that delivers best Wi-Fi network performance for its size by combining two Wi-Fi 6 radios into a single 11x11mm PCIe chip. The chip employs two concurrent dual-band Wi-Fi 6 radios with 8T8R ElasticMIMO™ architecture that can drive aggregated PHY/ Data Link speeds up to 6Gbps. The two independent radios can function as access point, client, AP/CLI or dedicated spectrum intelligent engine.
 
ElasticMIMO™

•  optimization engine to dynamically allocate a 8T8R radio chains bank between the 2.4GHz, 5GHz as and when appropriate, to ensure the best user experience.
• Dynamic assignment through self-learning of actual Wi-Fi usage patterns
• Automatic adjustment of the elastic MIMO configuration
• from 2x2 to 6x6 per Wi-Fi band as needed
• delivers up to twice the Wi-Fi network performance in a typical home environment
• quality experience anywhere, anytime, on any device based on true Wi-Fi usage patterns

 
Argus Spectrum Intelligence Engine

•  In-chip integrated Spectrum Intelligence engine
• Dedicated DFS circuitry for Argus analyzer engine
• Non-service affecting
• No time sharing/slicing, No MIMO downsizing
• Zero RBOM
• Seamless, Dynamic Channel Selection

 Smart Antenna in Silicon

• Per packet Txand Rx antenna diversity
• 4-mode / 2-mode antenna per PHY
• Possibility to implement on any number of PHYs

OptimizAIR™

•  Software-Defined Wi-Fi Virtualization Delivering Managed QoS
• enables managed Quality of Service among multiple virtual networks (SSIDs), each with multiple services

 
ControlAIR™ 
Optimize Connectivity with Multiple APs

• Multi-Access Point Wi-Fi Orchestration
  • In-Home Roaming
  • In-Home Load Balancing
  • Sticky Client Management Client Steering (2.4/5GHz)
• Multi-Network Orchestration
  • Multi-home network performance optimization
  • Cloud-based monitoring & control

Cloud Analytics & Control

• Monitor, Optimize (CSON)
  • Wi-Fi monitoring, logging, analytics, reporting and optimization
  • Longer cycle optimization
  • Large data lake repository
• Enforce (DSON)
  • Near real-time optimization
  • cluster local management
  • device orchestration

The DM8603 is Davicom’s new fully integrated three-port 10M/100Mbps Fast Ethernet Controller. As a fast Ethernet switch, the DM8603 consists of two PHY ports and a third port with either MII or RMII. As the DM8603 was designed with our customers’ requirements in mind, the switch is optimized for high performance while being highly cost-effective.
The two PHY ports on the DM8603 are IEEE 802.3u standards compliant. Aside for the first two PHY ports and in an effort for maximum application flexibility, the third port on the DM8603 offers the options to either connect with an MII, reversed MII, or RMII. The reversed MII configuration is used to connect with SoC’s with a MII interface. The RMII interface is the alternative interface configuration in case of the need to connect a lower pin count Ethernet PHY or SoC.
To maximize the performance of each port, the DM8603 was designed with a number of features. For proper bandwidth, each port also supports ingress and/or egress rate control. In support of efficient packet forwarding, the DM8603 has port-based VLAN with tag/un-tag functions for up to 16 groups of 802.1Q. Each port includes MIB counters, loop-back capability, built in memory self test (BIST) for the system, and board level diagnostic.
In designing for the requirements of various data, voice, and video applications, enough internal memory has been provided for usage of the DM8603’s three ports, and the internal memory supports up to 1K uni-cast MAC address table. Then to meet the demands of various bandwidth and latency issues in data, voice, and video applications, each port of the DM8603 has four priority transmit queues. These queues can be defined either through port-based operation, 802.1p VLAN, or the IP packet TOS field automatically.

Features:

• 64 pin LQFP Package
• current consumption 280mA + 80mA transformer
• 0.18 µm Process
• Integrated 10/100 Auto MDI-X Transceiver
• Up to 100MHz system clock
• compatible to IEEE802.3u
• IP/TCP/UDP checksum generation and checking
• Temperature Range: 0°C to 70°C
• Integrated 3.3V to 1.8V converter
• SPI EEPROM interface
• IGMP v1, v2 snooping
• MLD v1 snooping
• IPv4 & IPv6 support
• STP and RSTP