NXP UCODE®8 vs. UCODE®8m: Key Differences and How to Choose

NXP UCODE®8 and UCODE®8m are a part of the NXP UCODE sequence, representing the high-performance normal in present RFID know-how. These two chips play a vital function in numerous industries, particularly stock administration, retail, logistics, and asset monitoring. With their glorious RF efficiency and wealthy options, they’ve change into the go-to alternative for environment friendly and correct administration.

Each NXP UCODE®8 and UCODE®8m supply industry-leading learn and write sensitivity together with sturdy reminiscence assist, which permits them to deal with quick scanning and positioning duties for high-density tag teams. Particularly in international and standardized RFID tag purposes, these two chips help corporations in optimizing their operations and boosting work effectivity by their compatibility with international frequency bands, pre-serialization capabilities, and modern self-adjusting know-how.

So, what are the important thing variations between the 2, and the way ought to we select?

NXP UCODE®8 and UCODE®8m Overview

NXP UCODE®8 and UCODE®8m are high-performance RFID chips launched by NXP, belonging to its UCODE sequence. Each chips are designed for industries that demand high-precision and high-performance tag options, notably in retail, trend, stock administration, and provide chain monitoring. They maintain broad utility potential in logistics administration, asset monitoring, and digital article surveillance (EAS). These chips can present sturdy assist to assist companies obtain quick and correct knowledge assortment and knowledge administration.

Frequent Options

Working Frequency: Each function inside the 860 MHz – 960 MHz vary, making them good for ultra-high frequency (UHF) purposes all over the world. They meet all kinds of regulatory requirements, making them superb for long-term deployment on a worldwide scale.

Excessive RF Efficiency: Each UCODE®8 and UCODE®8m exhibit excellent RF efficiency, able to long-range studying and writing in high-density tag environments. They assist speedy identification and stock counting of dense tag teams, making them particularly appropriate for fast stock updates in retail and provide chain administration.

International Frequency Band Help: Each chips characteristic wideband designs that accommodate international RFID tag requirements (together with low frequency, medium frequency, and ultra-high frequency bands), permitting versatile purposes in response to regional laws to make sure international compatibility.

Excessive Sturdiness and Stability: Whether or not in frequent use in retail shops or long-term operation in logistics environments, each UCODE®8 and UCODE®8m keep excessive efficiency in harsh situations.

The design objective of those chips is to fulfill the calls for for prime efficiency, long-distance studying and writing, and high-precision positioning in RFID purposes, able to supporting enterprises in deploying large-scale RFID tags in complicated settings.

International RFID Tag Requirements and Regulatory Compatibility

Each UCODE®8 and UCODE®8m adjust to the EPCglobal Gen2v2 normal and are suitable with RFID tag specs worldwide, catering to the RFID utility wants of various areas. As an example, each chips are suitable with native RFID frequency bands and regulatory necessities in European, American, and Asian markets. Thus, whether or not for multinational companies or corporations working throughout numerous areas globally, UCODE®8 and UCODE®8m can ship a unified RFID answer to make sure international compatibility.

Principal variations and options between NXP UCODE®8 and UCODE®8m

Though NXP UCODE®8 and UCODE®8m are very comparable in general design, they’ve some key variations in reminiscence configuration, RF efficiency and enhanced features, which make UCODE®8m extra advantageous in sure utility situations.

Reminiscence configuration

EPC reminiscence comparability: 128-bit EPC vs. 96-bit EPC

UCODE®8: Offers 128-bit EPC (Digital Product Code) reminiscence, which may retailer extra product info and is appropriate for purposes that require giant knowledge storage, equivalent to giant warehouse administration and retail stock administration. 128-bit EPC reminiscence gives customers with extra identification house and may assist extra complicated tag identification and product info.

UCODE®8m: Offers 96-bit EPC reminiscence. Though the cupboard space is comparatively small, it additionally signifies that in some purposes that aren’t so demanding on reminiscence, UCODE®8m can present extra environment friendly efficiency, particularly within the administration of short-distance high-density tag teams. 96-bit EPC nonetheless meets the wants of most traditional stock and asset administration purposes.

Pre-serialization operate

UCODE®8m’s distinctive pre-serialization operate permits 96-bit EPC tags to be pre-encoded with a novel product ID when leaving the manufacturing unit. This characteristic may be very useful for retailers, producers and different corporations that want to make sure the individuality of tags. Via pre-serialization, corporations can assign distinctive product identification codes upfront through the manufacturing or label printing stage, decreasing the following encoding workload and successfully avoiding issues attributable to repeated encoding.

UCODE®8 doesn’t have a pre-serialization operate, which signifies that the tags must be encoded and managed by the background system when used.

RF efficiency

Learn and write sensitivity comparability: enhance tag reliability and efficiency

UCODE®8: has a learn sensitivity of -23 dBm and a write sensitivity of -18 dBm. Which means it will probably reliably learn and write knowledge at an extended distance, appropriate for a variety of merchandise identification and stock counting. Excessive-sensitivity learn and write efficiency additionally ensures that the tag can work stably in complicated environments, together with long-distance scanning, low energy consumption and robust reflection indicators.

UCODE®8m: Though the learn/write sensitivity is much like that of UCODE®8, UCODE®8m additional optimizes efficiency by the Self Alter operate. In high-density tag or complicated sign environments, UCODE®8m can mechanically modify its learn/write efficiency in response to the precise state of affairs, thereby avoiding studying errors attributable to too many tags or environmental noise interference.

Self Adjustment Operate

UCODE®8: It doesn’t have a self-adjustment operate, which signifies that it might face sure efficiency fluctuations in high-density tags or complicated environments, particularly when the tag inhabitants is giant.

UCODE®8m: It has a self-adjustment operate (Self Alter) that may mechanically optimize the efficiency of RFID tags. Particularly, when the reader or tag density is excessive, UCODE®8m will mechanically modify its RF parameters to optimize sign transmission and reception results, thereby bettering the accuracy and velocity of recognition. The self-adjustment operate is especially vital in situations with high-density tag administration equivalent to retail and logistics, which may enhance the accuracy of stock administration and cut back misreading or failures attributable to environmental components.

Enhanced Options

Reminiscence Safeguard: Knowledge Integrity Assurance

Each UCODE®8 and UCODE®8m are outfitted with Reminiscence Safeguard, which ensures knowledge integrity by parity and margin checking mechanisms. Knowledge integrity is crucial in RFID tag purposes, particularly in situations involving stock, asset monitoring, or vital doc administration. Reminiscence Safeguard mechanically performs error detection and correction, making certain that every learn and write operation is correct and defending the info saved on the tag from tampering or corruption.

Model Identifier and Untraceable Command

Model Identifier: This characteristic permits RFID tags to be related to a selected model, thereby enhancing the safety of product authentication. It’s important for model administration, anti-counterfeiting and anti-counterfeiting purposes. By embedding model identifiers in tags, corporations can make sure the authenticity of their merchandise and forestall counterfeit and substandard items from coming into the market.

Untraceable Command: This characteristic makes the tag untraceable in sure situations, enhancing the safety of the tag. In purposes that require excessive privateness safety, equivalent to sure high-security asset administration, UCODE®8 and UCODE®8m can full tag authentication and administration with out exposing an excessive amount of info.

Product Standing Flag (PSF) Operate

Each UCODE®8 and UCODE®8m combine the Product Standing Flag (PSF) operate, which permits them for use not just for conventional stock administration and asset monitoring, but additionally as digital article surveillance (EAS) tags to boost the anti-theft operate of products. Via the product standing flag, the tag can establish whether or not the merchandise is illegally taken out of the shop or warehouse by altering the PSF standing with out the assist of the back-end database, thereby bettering safety. The PSF operate gives an extra layer of safety for retailers and warehouse administration, decreasing dependence on back-end techniques.

NXP UCODE®8 and UCODE®8m Utility Eventualities

NXP UCODE®8 and UCODE®8m have in depth purposes throughout sectors like retail, trend, logistics, and digital product monitoring. They improve stock administration effectivity, asset monitoring, and safety monitoring considerably, due to their high-performance RF capabilities, versatile reminiscence configurations, and improved safety features.

Retail and Trend Industries

Optimizing Stock Administration

The usage of UCODE®8 and UCODE®8m in retail and trend primarily revolves round stock administration and product monitoring. RFID tags outfitted with twin chips facilitate real-time positioning and correct monitoring of merchandise. Significantly in retail shops and warehouses, RFID know-how permits speedy stock counts, vastly enhancing stock administration effectiveness.

Within the trend {industry}, the place product selection is huge and kinds change quickly, RFID tags supply an efficient answer, permitting retailers to trace the placement and stock standing of every merchandise in real-time. The built-in EPC reminiscence and pre-serialization performance give every merchandise a novel identification, streamlining the processes of coming into, exiting, and updating stock.

Enhancing Monitoring Accuracy

UCODE®8 and UCODE®8m help retailers in precisely tracing the lifecycle of products—from manufacturing to transportation and in the end to gross sales—making certain transparency all through the provision chain. In multi-channel retail environments, RFID tags successfully sort out the challenges posed by high-density tag teams by enhanced learn/write sensitivity and self-adjusting capabilities, eliminating errors within the stream of products from warehouses to shops.

Options

Pre-serialization Operate: This gives a novel identification code for every product, aiding retailers in precisely monitoring every step from manufacturing to gross sales.

Self-Adjusting Operate: This ensures product info is learn shortly and precisely in high-density label settings, stopping studying errors that may come up from extreme labels.

Digital Article Surveillance (EAS)

Theft Prevention and Error Discount

The Product Standing Flag (PSF) is without doubt one of the distinctive options of UCODE®8 and UCODE®8m, enabling these chips to play a vital function in digital article surveillance (EAS) techniques. Via the in-built PSF operate, RFID tags can confirm the legitimacy of products in real-time, enhancing theft safety.

In a retail context, the system mechanically detects the PSF standing of RFID tags as objects enter or depart the shop. If an merchandise is stolen or incorrectly scanned, the system triggers an alert instantly, mitigating theft and misplacement incidents.

Highly effective EAS System

The PSF operate of UCODE®8m is especially useful in situations that don’t require back-end database assist, which is important for stopping commodity theft and monitoring belongings. This operate permits the tags to carry out fundamental anti-theft operations with no need real-time database entry, making certain items may be monitored independently of database connectivity.

UCODE®8 additionally helps the PSF operate. Although it lacks self-adjusting capabilities, it nonetheless reliably presents environment friendly EAS assist.

Relevant Eventualities

In high-traffic areas equivalent to retail shops, supermarkets, and malls, EAS features are employed to safeguard merchandise.

Digital monitoring of commodities is very fitted to high-value objects like jewellery and digital units.

Excessive-Density Tag Group Administration

Fast Scanning and Positioning

Each UCODE®8 and UCODE®8m boast glorious RF efficiency that meets the challenges related to high-density tag teams, particularly in situations demanding large-scale scanning and speedy tag identification. This specialization makes these chips notably well-suited for environments with dense labeling in warehouse administration, logistics oversight, and stock updates.

Appropriate Utility Eventualities

Retail Business: In giant malls, clothes shops, or supermarkets with an enormous array of merchandise requiring environment friendly stock counts, the excessive learn/write sensitivity and self-adjusting features of UCODE®8 and UCODE®8m facilitate immediate tag identification and positioning in densely stocked areas.

Logistics Administration: In warehouses, particularly these needing administration of enormous inventories, items, or instruments, utilizing UCODE®8 and UCODE®8m can drastically improve scanning accuracy and velocity, thereby decreasing the standard workload of guide stock.

Advantages of the Self-Adjusting Operate

When confronted with high-density tag teams, the self-adjusting functionality of UCODE®8m is especially instrumental in optimizing RFID tag efficiency. It mechanically adjusts the RF sign primarily based on environmental situations and tag density, making certain quick and secure identification—important in large-scale logistics and warehouse administration, particularly when label density and interference are excessive.

Relevant Eventualities

Excessive-Density Storage Warehouses: As an example, e-commerce warehouses that make use of numerous RFID tags for commodity storage administration.

Logistics and Transportation: Equivalent to container monitoring, the place fast identification of products and areas throughout cargo is important.

Massive Retail Shops and Supermarkets: Utilizing self-adjusting capabilities and sturdy RF efficiency to boost stock administration in product show areas, notably the place turnover is excessive and labeling density is important.

Find out how to Select the Proper NXP UCODE®8 or UCODE®8m

Choosing the proper NXP UCODE®8 or UCODE®8m RFID chip requires contemplating a number of components, such because the wants of your utility situation, funds constraints, required features, and tag efficiency. Listed here are particular choice standards and options to assist corporations make the perfect determination.

Choice Standards

Utility Necessities Evaluation

Self-Alter Operate: In case your utility situation wants the tag to supply secure studying efficiency in high-density tag environments or to mechanically optimize tag efficiency primarily based on the atmosphere, UCODE®8m is the higher alternative. Its self-adjust operate can optimize tag efficiency mechanically to make sure reliability underneath various situations. That is particularly vital for high-density tag administration situations like retail, trend, and warehousing.

Product Standing Flag (PSF) : In case your utility requires anti-theft options, digital article surveillance (EAS), or a easy monitoring system that doesn’t depend on a back-end database, the PSF characteristic offered by UCODE®8m can be very helpful. The PSF operate permits the tag to function independently with no need back-end database assist, serving to to cut back theft and errors whereas enhancing safety.

Reminiscence Necessities

Relying in your tag knowledge storage wants, UCODE®8 and UCODE®8m have completely different reminiscence configurations. In case you want extra cupboard space for EPC, TID, and consumer knowledge—particularly for international purposes—UCODE®8 with 128-bit EPC is a more sensible choice. In case your utility necessities are less complicated and also you solely must retailer 96-bit EPC knowledge with out a considerable amount of consumer knowledge or complicated knowledge administration, UCODE®8 can meet your wants.

Learn and Write Sensitivity and Efficiency

In case your utility requires extraordinarily excessive learn sensitivity and lengthy learn distances (equivalent to large-scale stock counting or warehouse administration), UCODE®8m’s -23 dBm learn sensitivity and -18 dBm write sensitivity enable it to operate stably in additional complicated and long-distance environments.

In case your utility atmosphere is easier, with a restricted variety of tags and no want for high-frequency studying underneath excessive situations, the learn and write sensitivity of UCODE®8 can be ample.

Price range Concerns

UCODE®8m presents extra options and comes at the next worth, making it appropriate for enterprises with excessive efficiency necessities. In case your undertaking calls for excessive efficiency and performance with a ample funds, UCODE®8m is the extra superb alternative.

In case your enterprise has a restricted funds and solely requires fundamental RFID options, UCODE®8 can nonetheless present secure tag efficiency and meet most utility wants at a decrease price.

Choice Suggestions

UCODE®8m

For enterprises that want larger efficiency, extra secure tag processing, and globally relevant options, UCODE®8m is advisable.

In case your enterprise operates globally or makes use of RFID know-how in high-density, high-complexity environments, UCODE®8m can present stronger RFID efficiency, particularly appropriate for the next conditions:

– Quick scanning and administration of high-density tag teams to make sure studying accuracy.

– Have to assist international laws and requirements to make sure compatibility throughout a number of nations and areas.

– Utility situations requiring self-adjust features to maintain tag efficiency at its greatest.

– For purposes needing digital article surveillance (EAS) features, UCODE®8m’s built-in PSF can assist mitigate theft danger with out counting on complicated back-end databases.

Beneficial Eventualities:

– Retail and trend industries, notably these requiring large-scale stock counting and real-time monitoring.

– Excessive-value asset administration that requires dependable and environment friendly tag studying.

– Purposes needing to fulfill international RFID requirements, particularly in multinational provide chains or worldwide logistics.

UCODE®8

For purposes with restricted budgets and less complicated purposeful necessities, UCODE®8 could also be a extra appropriate alternative.

In case your utility situation doesn’t demand notably excessive efficiency and has a restricted funds, UCODE®8 can nonetheless ship sufficient efficiency for most traditional RFID purposes. It has a comparatively simplified purposeful configuration, appropriate for fundamental stock administration, asset monitoring, and provide chain administration.

Beneficial Eventualities:

– Normal stock administration or asset monitoring.

– Small-scale warehouse administration the place tag studying doesn’t contain high-density teams.

– Purposes that don’t require excessive efficiency, equivalent to fundamental entry management, product anti-counterfeiting, and many others.

Future Growth Tendencies of UCODE®8 and UCODE®8m

With the continual development of RFID know-how, the long run improvement of the NXP UCODE®8 and UCODE®8m sequence chips presents some thrilling tendencies. With the continuing integration of applied sciences just like the Web of Issues (IoT), massive knowledge, and synthetic intelligence (AI), RFID tags will change into extra clever and automatic, offering environment friendly and correct options for numerous industries.

Future Know-how Tendencies

Integration of RFID Know-how and the Web of Issues (IoT)

As IoT know-how develops, RFID will change into one of many key applied sciences for connecting units, objects, and other people. Sooner or later, sensible units might combine NXP UCODE®8 and UCODE®8m chips, remodeling every merchandise from a static identifier right into a “sensible object” with dynamic interactive capabilities.

The recognition of the Web of Issues signifies that each merchandise may be tracked, shared, and analyzed in actual time by RFID tags. Sooner or later, RFID tags is not going to solely be used for identification however may even transmit huge quantities of standing knowledge in actual time, serving to corporations handle stock, logistics, and numerous provide chain hyperlinks extra effectively. For instance, in sensible warehouses, RFID tags will present not solely location info of things but additionally suggestions on environmental knowledge equivalent to merchandise standing, temperature, and humidity.

Mixed with the Web of Issues, UCODE®8 and UCODE®8m will assist higher-frequency knowledge exchanges, clever evaluation, and tools management, enhancing the appliance potential of RFID tags within the Industrial Web of Issues (IIoT).

Mixture of RFID with Massive Knowledge and AI

The event of massive knowledge and AI applied sciences will make the info assortment and processing capabilities of RFID tags extra clever. Via massive knowledge know-how, RFID tags can gather extra info associated to objects, individuals, and tools, which may be processed and analyzed in actual time through cloud platforms to assist enterprise choices.

Sooner or later, UCODE®8 and UCODE®8m could also be built-in with synthetic intelligence algorithms to attain clever knowledge processing and prediction. As an example, utilizing AI know-how, RFID tags might predict stock ranges or cargo transportation standing primarily based on real-time knowledge and even mechanically optimize stock configurations and provide chain processes utilizing historic knowledge.

AI can even assist companies obtain adaptive tag efficiency changes. Leveraging the automated adjustment characteristic of RFID tags (such because the self-adjusting operate of UCODE®8m), AI can optimize learn and write efficiency in response to completely different environmental situations (equivalent to merchandise kind, ambient temperature, tag density, and many others.), additional enhancing the effectivity of the RFID system.

Practical Growth

Automation and Clever Capabilities of Future Chip Variations

Enhanced automation options: Future UCODE®8 and UCODE®8m might embody extra automation features, equivalent to the power to mechanically establish and optimize tag efficiency. This can’t solely enhance tag learn and write sensitivity by self-adjustment but additionally assist extra complicated automation processes, equivalent to mechanically detecting adjustments in merchandise state and triggering particular operations.

Clever and adaptive capabilities: Future chips might have stronger adaptive features, enabling them to mechanically modify learn and write parameters in complicated environments whereas facilitating clever responses throughout numerous utility situations. For instance, in high-density tag environments, RFID tags can mechanically swap to the optimum frequency by clever algorithms, bettering recognition effectivity and stability.

Extra environment friendly knowledge safety and safety

With the continual growth of RFID purposes, knowledge safety and privateness safety will change into essential improvement areas. Future UCODE®8 and UCODE®8m sequence chips might introduce extra encryption algorithms and authentication mechanisms to make sure tag knowledge safety.
The chips might characteristic stronger knowledge safety capabilities, equivalent to knowledge anti-tampering know-how, which can assist guarantee knowledge integrity all through the tag’s lifecycle and forestall unauthorized entry or modification.

Enhanced Integration Capabilities with AI

AI-driven RFID tag administration: Future RFID tags could also be deeply built-in with AI techniques to attain “clever tag administration.” For instance, RFID tags may predict merchandise demand primarily based on AI evaluation, mechanically adjusting stock and provide chain methods or analyzing historic tag knowledge by machine studying algorithms to enhance recognition velocity and accuracy.

Self-learning and optimization: The mix of AI and RFID will allow tags to constantly study and optimize their efficiency over time. Via self-learning algorithms, RFID tags can modify their studying methods in response to completely different environments, optimizing studying velocity and accuracy, and even predicting future demand patterns.

Growth of RFID Know-how in Sensible Manufacturing and Sensible Retail

Utility in Sensible Manufacturing

With the appearance of Business 4.0, RFID will play an more and more vital function in sensible manufacturing. Sooner or later, UCODE®8 and UCODE®8m chips will join seamlessly with manufacturing tools, robotic techniques, sensors, and extra, transmitting knowledge in actual time to attain full digitalization and automation of the manufacturing course of.
In sensible manufacturing, RFID tags can help factories in real-time monitoring of manufacturing strains, monitoring the placement, high quality, and operational standing of uncooked supplies and completed merchandise, thereby optimizing manufacturing schedules and useful resource allocation.

Utility in Sensible Retail

Within the retail {industry}, future RFID tags will evolve past easy commodity monitoring instruments. They are going to seamlessly join with customers’ cellular units and retailer sensible techniques. By integrating with IoT platforms, shops will obtain extra correct stock administration, dynamic pricing, promotions, and different features.
UCODE®8 and UCODE®8m chips might assist extra sensible retail purposes, equivalent to sensible becoming mirrors, automated checkout techniques, dynamic shelf administration, and extra, permitting customers to get pleasure from a extra personalised and handy purchasing expertise.

Conclusion

The UCODE®8 and UCODE®8m play an important function in RFID know-how. With their excellent efficiency and various utility situations, they’ve change into important options throughout numerous industries, together with retail, logistics, and healthcare. Customers can choose probably the most acceptable mannequin primarily based on their particular wants, optimizing system effectivity by evaluating the features, efficiency, and prices related to each chips.

As know-how continues to advance, NXP’s UCODE® sequence chips will additional drive the event of RFID know-how, aiding extra industries in reaching digital transformation and enhancing the appliance ranges of the sensible Web of Issues. Wanting forward, RFID know-how will change into more and more clever and environment friendly, delivering extra modern alternatives and enterprise advantages throughout all sectors.

FAQs

What are the principle variations between NXP UCODE®8 and UCODE®8m?

The principle distinction between NXP UCODE®8 and UCODE®8m is their enhanced options. UCODE®8m helps Self Alter, which may mechanically optimize tag efficiency and adapt to completely different environments. In distinction, UCODE®8 lacks this characteristic. Moreover, UCODE®8m helps the Product Standing Flag (PSF), permitting it for use in Digital Article Surveillance (EAS), whereas UCODE®8 doesn’t assist this characteristic. Additionally they differ in reminiscence configuration and browse/write sensitivity, with UCODE®8m providing improved efficiency and reliability.

How to decide on NXP UCODE®8 or UCODE®8m primarily based on particular purposes?

Choosing the proper chip must be primarily based on the precise wants of your utility. In case you want larger tag processing efficiency, higher anti-interference capabilities, and automated adjustment features—particularly in high-density tag environments—select UCODE®8m. In case your funds is tight and the appliance context is comparatively easy (equivalent to stock administration or asset monitoring), then UCODE®8 is the more cost effective choice.

How do UCODE®8 and UCODE®8m meet international RFID tag requirements?

Each UCODE®8 and UCODE®8m adjust to the EPC Gen2v2 protocol and have been designed with broad frequency adaptability to fulfill various regulatory necessities for RFID tags throughout numerous areas. Their broadband design ensures compatibility with a number of frequency bands (like 860-960 MHz), making certain glorious efficiency in RFID purposes in numerous nations whereas adhering to native legal guidelines and requirements.

What are some great benefits of NXP UCODE®8 and UCODE®8m in high-density environments?

In high-density tag environments, the superior RF efficiency of UCODE®8 and UCODE®8m gives a transparent edge in quick stock administration. Significantly, UCODE®8m’s Self Alter characteristic can mechanically optimize tag efficiency and guarantee secure readings in complicated environments. Each chips successfully deal with speedy scanning of enormous numbers of tags, enhancing stock administration effectivity and decreasing learn errors.

Do NXP UCODE®8 and UCODE®8m assist the Digital Article Surveillance (EAS) operate?

Sure, UCODE®8m helps the Product Standing Flag (PSF), enabling it to operate as an EAS tag, which permits for product standing detection with out counting on a backend database. It’s broadly utilized in retail theft prevention and product monitoring. UCODE®8 doesn’t assist this performance, making it unsuitable for direct EAS purposes. The PSF operate offers UCODE®8m a major benefit in situations that require product safety and safety monitoring.

Rec-Merchandise

UHF RFID Card NXP UCODE®8

860-960 MHz UHF, NXP UCODE®8

The UHF RFID playing cards are made with Photograph high quality normal PVC sheets within the measurement of CR80, appropriate to be used with most direct thermal or thermal switch card printers. UCODE® 8 optimized for serializing objects for Retail administration, Provide chain administration and delivery service, and many others.

RFID Card UHF NXP UCODE®8M

860-960 MHz UHF

Clean or personalized printing RFID card with a alternative of dimensions obtainable, or RFID label by request. UCODE® 8M optimized for serializing objects for Retail administration, Provide chain administration and delivery service, and many others.