Microcontroler

Syscom-Prorep lance son activité de fabrication de PC Industriels



Retour à la liste


Description

AX22001, Single Chip Micro-controller with TCP/IP and 802.11 WLAN MAC/Baseband, is a System-on-Chip (SoC) solution which offers high performance dual-CPU architecture with on-chip 1MB shared Flash as Program Memory, on-chip 64KB Data Memory for Main CPU (MCPU), on-chip 32KB Data Memory for Wi-Fi CPU (WCPU), TCP/IP accelerator, 802.11a/b/g compatible WLAN MAC/Baseband, Fast Ethernet MAC, and rich communication peripherals for wide varieties of application which need access to the wired/wireless LAN or Internet. The dual-CPU architecture of AX22001 utilizes the MCPU for applications and TCP/IP processing, and the WCPU for WLAN protocol processing and Ethernet to WLAN packet format translation. The built-in WLAN MAC and Baseband processor are compatible with IEEE 802.11a/b/g standard, and support security features compatible with 802.11i and QoS features compatible with IEEE 802.11e, and support operation in Infrastructure, Simple AP or Ad-Hoc (IBSS) network topology. In addition to standalone application, AX22001 with TCP/IP protocol suite running on-chip and various parallel and serial host interfaces supported, such as Local Bus Interface, High Speed UART or High Speed SPI, can be used as a network co-processor to offload TCP/IP and WLAN protocol processing loading from system CPU in an embedded system. AX22001 provides cost effective wire or wireless networking solution to enable simple, easy, and low cost Internet connection capability for many applications, such as consumer electronics, networked home appliances, industrial equipments, security systems, remote data collection equipments, remote control, remote monitoring, and remote management. Dual-CPU Architecture for Application and WLAN Protocol Processing 8-bit pipelined RISC, single cycle per instruction operating up to 80MHz and 100% software compatible with standard 8051/80390 Supports power management unit, programmable watchdog timer, three 16-bit timer/counters, millisecond timer, and real-time clock (RTC) controller Supports CPU Debugger for connecting to In-Circuit Emulation (ICE) adaptor Main CPU (MCPU) for Application and TCP/IP Supports DMA Controllers (7 DMA channels) and memory arbiter for fast data movement during network protocol stack processing and peripheral communications Supports TCP/IP accelerator in hardware (IP/TCP/UDP/ICMP/IGMP checksum and ARP) to improve network transfer throughput Supports TCP, UDP, ICMP, IGMP, IPv4, DHCP, BOOTP, ARP, DNS, SMTP, SNTP, UPnP, PPPoE and HTTP in software Supports network boot over Ethernet or Wi-Fi using BOOTP and TFTP 2 external interrupt sources with 2 priority levels Program and Data Memory On-chip 16KB SRAM for MCPU program code mirroring and on-chip 1MB shared Flash memory for MCPU and WCPU program code Supports In-System Programming (ISP) for initial Flash memory programming via UART or ICE adaptor Supports reprogrammable boot code and In- Application Programming (IAP) to update boot code or run-time firmware through Ethernet, Wi-Fi or UART interface (US Patent Approval) Supports Program Loader to shadow MCPU program code to external SRAM for high performance applications On-chip 64KB data memory for MCPU; on-chip 32KB data memory for WCPU Wi-Fi CPU (WCPU) and 802.11a/b/g Compatible WLAN MAC/Baseband Processor Supports operation in Infrastructure, Simple AP or Ad-Hoc (IBSS) network topology Supports DSSS and CCK: 1, 2, 5.5, 11 Mbps Supports OFDM: 6, 9, 12, 18, 24, 36, 48, 54 Mbps Supports 802.11i security Supports 802.11e QoS with 1 TX queue but selectable AC for user's application data Integrates on-chip RXIQ ADC, TXIQ DAC and TSSI ADC for interfacing to RF Transceiver Supports Ethernet to Wi-Fi packet format translation through DMA transfer between MCPU's data memory and WCPU's data memory and between WCPU's data memory and WLAN MA Supports various Wi-Fi Management frames processing with hardware accelerator such as MIC, SHA-1/MD-5 transform, AES key unwrap, pseudo-random number generator (PRNG) and 32-bits arithmetic Supports 3 Wi-Fi power saving modes with auto-wakeup for Beacon frame reception Supports 1 UART for WCPU console debug, 1 external interrupt and access to I²C interface 10/100M Fast Ethernet MAC IEEE 802.3 10Base-T/100Base-TX compatible Fast Ethernet MAC with dedicated 12KB SRAM for packet buffering Supports full-duplex with flow control and half-duplex with backpressure Supports MII, RMII, Rev-MII and Rev-RMII interfaces Supports Ethernet Wake-On-LAN (WOL) by link-up, AMD Magic Packet and Microsoft Wakeup Frame Peripheral Communication Interfaces 4 UART interfaces (2 supporting DMA mode, Modem control, remote wakeup and up to 921.6Kbps baud) High Speed SPI interface with DMA mode (3 masters or 1 slave mode) 1 I²S or PCM interface with DMA mode Local Bus host interface with DMA mode (master or slave mode) 1 I²C interface (master or slave mode) 5 channels of Programmable Counter Array 1 1-Wire controller interface Up to 4 GPIO ports of 8 bits each Integrates 32.768KHz crystal oscillator IO (with independent power input) for RTC and auto-wakeup timer of Wi-Fi power saving mode Integrates on-chip 80MHz PLL to operate with external 40MHz oscillator Integrates on-chip power-on reset circuit 128-pin LQFP RoHS compliant package Operating temperature range: 0°C to +70°C

Produits liés

Vous pourriez également être intéressé par les produits suivants :

Actualités

MTX-EOS
24/06/2020

Routeur LTE industriel, compacte, dual SIM et 3x Ethernet

IWMR-3002
15/06/2020

Routeur industriel VPN Multi-fonction, 2x WiFi 11ac, 2x LTE 4G, 2x Ethernet Gigabit, 2 ports série.

TWN4 Slim Lecteur RFID universel, ultra compact (65.5 x 45.5 mm et 4 mm) sait lire plus de soixante (60) protocoles RFID comme NFC et BLE.

Proposé par Syscom-Prorep maison mère de 6TA, les panels PC industriels IHM ASLAN d’ArborTechnology, sont dotés d’une large gamme d’écrans allant de 10.1 à 21.5 pouces, et équipés du processeur Intel Core i5-6300U pour les applications nécessitant...

Antenova, partenaire de Syscom-Prorep depuis des années, vient de publier un document sur le placement des antennes. Un "must read" pour tous les designers de produits communicants!

Top
Réglage des paramètres de cookies

Chers utilisateurs, ce site stocke les cookies sur votre ordinateur. Ils ont pour but d'améliorer l’expérience de votre site Web, tout en vous fournissant des services plus personnalisés.

Si vous souhaitez plus d’informations sur les cookies que nous utilisons, veuillez consulter notre Politique de confidentialité. En acceptant les cookies, vous consentez à leur utilisation. Vous pouvez également paramétrer ces derniers.

Si vous refusez, vos informations ne seront pas suivies, au moment de visiter ce site. Un seul cookie sera utilisé dans votre navigateur pour mémoriser votre préférence de ne pas être suivi.

  • Régler les paramètres
  • Accepter tous les cookies et continuer vers le site