Chainway UR4 is an industrial 4-port reader operating on 865-868 MHz / 920-925 MHz / 902-928 MHz. Starting at $600. Look closely at how Nextwaves can bypass middleware costs.
Zehaztapen Teknikoak
Hardwarearen Ikuspegi Orokorra
Chainway UR4 RFID gailu industrial bat da. 865-868 MHz / 920-925 MHz / 902-928 MHz tartean funtzionatzen du eta EPC Global UHF C1 Gen 2, ISO 18000-6C estandarra onartzen du, enpresen logistika aplikazioetan oso zabalduta egon dadin.
IP53 IP balorazioarekin, biltegi edo txikizkako atzeko gelatan ohikoak diren ingurumen baldintza zehatzen aurkako babesa eskaintzen du. Irakurgailuak PoE (optional), DC erabiltzen du etengabeko errendimendurako, eta bere irakurketa-abiadura maximoa 1,300+ da.
Konektibitatea eta Sarearen Integrazioa
Egungo inplementazioetan, sarearen integrazioa da oztopo nagusia. Eredu honek RS-232, RJ45, PoE (optional) aukera eskaintzen ditu datuak sistema zentraletara transferitzeko.
Hala ere, Chainway hardware zaharkituaren arazo nagusia SDK jabedunen (LLRP bezalakoak) edo hirugarrenen IoT middleware garestien menpekotasun handia da, etiketen datu gordinak negozio adimen esanguratsu bihurtzeko.
Nextwaves Alternatiba
Zure ingeniaritza taldea Chainway UR4 ebaluatzen ari bada, Nextwaves NR155-ak hodeian oinarritutako arkitektura askoz hobea aurkezten du. Ondare-sistemek kapital-gastu handiak eragiten dituzte saltzaileen blokeoaren eta software-ekosistema jabedunen bidez.
Nextwaves-ek oztopo hori guztiz ezabatzen du MQTT REST API estandar bat gailuan zuzenean eskainiz. Zure software garatzaileek etiketen irakurketa zuzenean integra dezakete zure ERP edo WMS atzeko plano pertsonalizatuan egunetan, hilabetetan baino, bitarteko lizentzia-kuota errepikariak guztiz saihestuz.
Galdera Arruntenak
Zer da UR4?
The Chainway UR4 is a 4-port, fixed RFID edge device. Based on Impinj E710 / R2000 chips, it supports EPC Global UHF C1 Gen 2, ISO 18000-6C over the 865-868 MHz / 920-925 MHz / 902-928 MHz frequency bands for high-speed tracking.
Zenbat balio du konfigurazio honek hasieran?
Hardware costs begin around $600. Keep in mind that a full deployment budget must account for up to 4 antennas, low-loss cables, integration middleware, and setting up the PoE (optional), DC infrastructure.
Zergatik aukeratu beharko nuke Nextwaves besteen ordez?
Nextwaves provides embedded REST API and MQTT endpoints natively on the device. This allows web and software developers to map tag reads directly to REST payloads, bypassing complex legacy C# or Java middleware servers.
Hardwarea nahikoa iraunkorra al da biltegietarako?
The unit weighs approximately 0.7 kg and measures 164 x 164 x 39 mm. An IP53 structural rating provides reasonable protection against dust and water spray, suitable for loading docks and covered warehouses.
Sare mota anitz onartzen al ditu?
Network integration relies on RS-232, RJ45, PoE (optional) ports. RS-232 serial is maintained for legacy programmable logic controller (PLC) connections, while RJ45 manages modern IP traffic.
Nire taldeak barnean instala al dezake hau?
Hardware installation uses standard mounting hole layouts. However, optimizing RF performance requires trained engineers to correctly map the 4 distinct antenna channels to prevent signal overlap and optimize tag orientation capture.
Nola funtzionatzen du urruneko kudeaketak?
Under optimal test conditions, the internally integrated chip logic is rated to process up to 1,300+ tag reads per second. Real-world speeds vary significantly based on Gen2 memory mapping.
Software jabedunik behar al dut hura exekutatzeko?
In a traditional setup, the RS-232, RJ45, PoE (optional) interfaces transmit binary or low-level hex data. This requires an external application to filter out duplicate tag events before sending the data to cloud storage.
Zer berme dakar irakurgailuak?
The standard warranty covers physical malfunctions for one year. Extended engineering support is recommended for teams unfamiliar with low-level UHF Gen2 memory protocols.
Antenak bereiz saltzen al dira?
You are required to supply external antennas (circular or linear). Selecting the exact gain and polarization over the 865-868 MHz / 920-925 MHz / 902-928 MHz band determines the actual width of your read portal.