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TAC-3000 Robot Controller / Gewoanskowwe-gearwurking
Management op ôfstân
Betingst tafallich
Operaasje op ôfstân en ûnderhâld
Feilichheidsbehearsking
KONTAKT MEI ÚS OPNIMMEProdukt beskriuwing
De APQ-gearwurkingskontroller TAC-3000 is in NI-controller spesifyk mei hege prestaasjes dy't spesifyk is ûntworpen foar gearwurkingsapplikaasjes. Dizze controller brûkt de NVIDIA® Jetson ™ So-Dimm Connector Core Morules, stypje mei hege prestaasjes AI-kompjûter mei maksimaal 100 toppen fan berekkeningskrêft. It komt standert mei 3 Gigabit Ethernet-havens en 4 USB 3.0-havens, foarsjen fan hege snelheid en stabile netwurkferbiningen en gegevens oer gegevens oerdrage. De controller stipet ek in ferskaat oan útwreidingsfunksjes, ynklusyf opsjoneel 16-bit Dio en 2 konfigurearbere RS232 / RS485 COM-poarten, fasilitearende kommunikaasje mei eksterne apparaten. It stipet útwreiding foar 5g / 4G / wifi-mooglikheden, soargje foar stabile draadloze kommunikaasjeferbiningen. Yn termen fan macht oanbestes, stipet de TAC-3000 stipet DC 12 ~ 28V breedspanning ynput, oanpasse oan ferskate macht omjouwings. Derneist is it fanless Ultra-kompakte ûntwerp mei in heule metaal mei hege kreft-lichem yn steat om hurde omjouwingsomstannichheden te wjerstean. It stipet sawol buroblêd as din spoaren opsjes, wêrtroch ynstallaasje en ynset neffens werklike oanfraachferlet nedich is.
Yn gearfetting, mei syn krêftige AI-kompjûtende kapasiteiten, ryk I / O-ynterfaces, en útsûnderlike wreed-gearkomste Conplemintaasje TAC-3000 biedt stabile en effisjinte en effisjinte en effisjint stipe foar auto's. Oft yn yntelliginte ferfier, autonoom riden, as oare relatearre fjilden foldocht oan it behoeften fan ferskate komplekse applikaasje-senario's.
| Model | TAC-3000 | ||||
| Processor System | Som | Nano | TX2 NX | Xavier NX | Xavier NX 16GB |
| Ai-prestaasjes | 472 GFLOPS | 1.33 TFlops | 21 Tops | ||
| GPU | 128-Core Nvidia Maxwell ™ Architecture GPU | 256-Core Nvidia Pascal ™ Architecture GPU | 384-Core Nvidia Volta ™ Archite Archu mei 48 Tensor Cores | ||
| GPU Max Frekwinsje | 921mhz | 1,3 GHz | 1100 mhz | ||
| CPU | Quad-Core Arm® Cortex®-A57 MPCORE-prosessor | Dual-Core Nvidia Denvertm 2 64-Bit CPU en Quad-Core Arm® Cortex®-A57 MPCore-prosessor | 6-Carmidia Carmel Arm® V8.2 64-Bit CPU 6MB L2 + 4MB L3 | ||
| CPU Max Frekwinsje | 1.336hz | Denver 2: 2 GHz CORTEX-A57: 2 GHz | 1,9 GHZ | ||
| Oantinken | 4GB 64-Bit LPDDDDR4 25.6GB / S | 4GB 128-Bit LPDDDR4 51.2GB / S | 8GB 128-bit LPDDR4X 59.7GB / S | 16GB 128-Bit LPDDR4X 59.7GB / S | |
| TDP | 5w-10w | 7.5w - 15w | 10w - 20w | ||
| Processor System | Som | ORIN NANO 4GB | ORIN NANO 8GB | Orin NX 8GB | ORIN NX 16GB |
| Ai-prestaasjes | 20 Tops | 40 toppen | 70 tops | 100 toppen | |
| GPU | 512-Core Nvidia Ampere Arsjitektuer GPU mei 16 tensor cores | 1024-Core Nvidia Ampere Arsjitektuer GPU Mei 32 Tensor Cores | 1024-Core Nvidia Ampere Arsjitektuer GPU Mei 32 Tensor Cores | ||
| GPU Max Frekwinsje | 625 MHz | 765 MHz | 918 MHz |
| |
| CPU | 6-Core Arm® Cortex® A78e V8.2 64-Bit CPU 1.5MB L2 + 4MB L3 | 6-Core Arm® Cortex® A78e V8.2 64-Bit CPU 1.5MB L2 + 4MB L3 | 8-Core Arm® Cortex® A78e V8.2 64-Bit CPU 2MB L2 + 4MB L3 | ||
| CPU Max Frekwinsje | 1,5 ghz | 2 GHz | |||
| Oantinken | 4GB 64-Bit LPDDR5 34 GB / S | 8GB 128-Bit LPDDR5 68 GB / S | 8GB 128-bit LPDDR5 102,4 GB / S | 16GB 128-Bit LPDDR5 102,4 GB / S | |
| TDP | 7w - 10w | 7w - 15w | 10w - 20w | 10w - 25w | |
| Ethernet | Controller | 1 * GBE LAN-chip (LAN-sinjaal fan systeem-on-module), 10/100/1000 Mbps2 * Intel®I210-by, 10/100/1000 Mbps | |||
| Opslach | Emmc | 16GB EMMC 5.1 (Orin Nano en ORIN NX SOMS stipje emmc net) | |||
| M.2 | 1 * M.2 Key-M (NVME SSD, 2280) (ORIN NANO en ORIN NX SOMS is PCIe X4-sinjaal, wylst oare Soms PCIe X1-sinjaal is) | ||||
| TF Slot | 1 * TF-kaart Slot (ORIN NANO en ORIN NX SOMS stypje gjin TF-kaart) | ||||
| Ekspânsje Slots | Mini Pcie | 1 * MINI PCIE SLOT (PCIE X1 + USB 2.0, mei 1 * Nano SIM-kaart) (Nano Som hawwe gjin PCIe X1-sinjaal) | |||
| M.2 | 1 * M.2 Key-B Slot (USB 3.0, mei 1 * Nano SIM-kaart, 3052) | ||||
| Foar ik / o | Ethernet | 2 * rJ45 | |||
| USB | 4 * USB3.0 (Type-A) | ||||
| Skerm | 1 * HDMI: Resolúsje oant 4k @ 60HZ | ||||
| Knoop | 1 * POWER BUTTON + POWER LED 1 * Knop foar systeem reset | ||||
| Side I / O | USB | 1 * USB 2.0 (Micro USB, OTG) | |||
| Knoop | 1 * herstelknop | ||||
| Antenne | 4 * * antenne gat | ||||
| Sim | 2 * Nano SIM | ||||
| Ynterne i / o | Seriële | 2 * RS232 / RS485 (com1 / 2, wafer, jumper switch) 1 * RS232 / TTL (COM3, Wafer, Jumper Switch) | |||
| Pwrbt | 1 * POWER BUTTON (WAFER) | ||||
| Pwred | 1 * Power LED (Wafer) | ||||
| Audio | 1 * Audio (Line-out + Mic, Wafer) 1 * Amplifier, 3-W (per kanaal) yn in 4-ω-loads | ||||
| Gpio | 1 * 16 bits dio (8xdi en 8XDO, Wafer) | ||||
| Kin bus | 1 * kin (wafel) | ||||
| FAN | 1 * CPU Fan (Wafer) | ||||
| Streamtafier | Type | DC, AT | |||
| Power Input Voltage | 12 ~ 28v DC | ||||
| Ferbinster | Terminalblok, 2pin, P = 5.00 / 5.08 | ||||
| RTC-batterij | CR2032 Coin Cell | ||||
| Os Support | Linux | Nano / TX2 NX / Xavier NX: Jetpack 4.6.3Orin Nano / ORIN NX: Jetpack 5.3.1 | |||
| Meganysk | Materiaal foar ynslúten | Radiator: Aluminium Alloy, Box: SGCC | |||
| Ofmjittings | 150,7mm (L) * 144.5mm (W) * 45mm (H) | ||||
| Montearjen | Buroblêd, din-spoar | ||||
| Miljeu | Dissipaasje-systeem | Fan minder ûntwerp | |||
| Operaasjetemperatuer | -20 ~ 60 ℃ mei 0,7 m / s loftstream | ||||
| Opslach Temperatuer | -40 ~ 80 ℃ | ||||
| Relative Luftfeuchtigkeit | 10 oant 95% (net-kondinsing) | ||||
| Vibraasje | 3GRMS @ 5 ~ 500HZ, RANDOM, 1HR / AXIS (IEC 60068-2-64) | ||||
| Skok | 10g, Half Sine, 11MS (IEC 60068-2-2-27) | ||||
Krij foarbylden
Effektyf, feilich en betrouber. Us apparatuer garandeart de juste oplossing foar elke eask. Profitearje fan ús ekspertize ekspertize en generearje tafoege wearde - elke dei.
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