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.
Vipimo vya Ufundi
Muhtasari wa Vifaa
Chainway UR4 ni kifaa cha RFID cha kiwango cha viwanda. Kifaa hiki hufanya kazi ndani ya masafa ya 865-868 MHz / 920-925 MHz / 902-928 MHz na kinaunga mkono kiwango cha EPC Global UHF C1 Gen 2, ISO 18000-6C, na kuifanya itumike sana katika matumizi ya vifaa vya biashara.
Kwa ukadiriaji wa IP wa IP53, inatoa ulinzi dhidi ya hali maalum za mazingira za kawaida katika ghala au vyumba vya nyuma vya rejareja. Kisomaji hutumia PoE (optional), DC kwa utendaji endelevu, wakati kiwango chake cha juu cha usomaji kinasema kuwa ni 1,300+.
Ushirikiano wa Muunganisho na Mtandao
Katika matumizi ya kisasa, ushirikiano wa mtandao ndio kikwazo kikubwa zaidi. Mfumo huu unatoa chaguo za RS-232, RJ45, PoE (optional) kwa kuhamisha data kurudi kwenye mifumo mikuu.
Hata hivyo, tatizo kubwa na vifaa vya Chainway vya zamani ni kutegemea sana SDKs za umiliki (kama LLRP) au programu ya kati ya IoT ya gharama kubwa ya watu wengine ili kuchakata data ghafi ya lebo kuwa akili ya biashara yenye maana.
Mbadala wa Nextwaves
Ikiwa timu yako ya uhandisi inatathmini Chainway UR4, Nextwaves NR155 inatoa usanifu bora zaidi wa asili ya wingu. Mifumo ya urithi huendesha matumizi makubwa ya mtaji kupitia kufungwa kwa muuzaji na mazingira ya programu ya wamiliki.
Nextwaves huondoa kabisa kizuizi hiki kwa kutoa kiwango cha MQTT REST API moja kwa moja kwenye kifaa. Wasanidi programu wako wanaweza kuunganisha usomaji wa lebo moja kwa moja kwenye ERP yako maalum au WMS backend kwa siku badala ya miezi, wakipita kabisa ada za leseni za programu ya katikati zinazojirudia.
Maswali Yanayoulizwa Mara kwa Mara
UR4 ni nini?
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.
Usanidi huu unagharimu kiasi gani mwanzoni?
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.
Kwa nini nichague Nextwaves badala yake?
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.
Je, vifaa vina uimara wa kutosha kwa maghala?
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.
Je, inasaidia aina nyingi za mtandao?
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.
Je, timu yangu inaweza kusakinisha hii ndani?
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.
Usimamizi wa mbali unafanyaje kazi?
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.
Je, ninahitaji programu ya umiliki ili kuiendesha?
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.
Udhamini gani unakuja na kisoma?
The standard warranty covers physical malfunctions for one year. Extended engineering support is recommended for teams unfamiliar with low-level UHF Gen2 memory protocols.
Je, antena zinauzwa kando?
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.