--- product_id: 610067704 title: "LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4\" Display" brand: "tzt" price: "1954.51 DT" currency: TND in_stock: true reviews_count: 6 category: "Tzt" url: https://www.desertcart.tn/products/610067704-litevna-64-vna-50khz-6-3ghz-portable-vector-network-analyzer store_origin: TN region: Tunisia --- # faster scanning speeds 4" high-res display 50KHz-6.3GHz wide range LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display **Brand:** tzt **Price:** 1954.51 DT **Availability:** βœ… In Stock ## Summary > πŸš€ Elevate your RF testing game with the LiteVNA-64 β€” power, speed, and precision in your palm! ## Quick Answers - **What is this?** LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display by tzt - **How much does it cost?** 1954.51 DT with free shipping - **Is it available?** Yes, in stock and ready to ship - **Where can I buy it?** [www.desertcart.tn](https://www.desertcart.tn/products/610067704-litevna-64-vna-50khz-6-3ghz-portable-vector-network-analyzer) ## Best For - tzt enthusiasts ## Why This Product - Trusted tzt brand quality - Free international shipping included - Worldwide delivery with tracking - 15-day hassle-free returns ## Key Features - β€’ **Trusted by Pros:** Ranked #5 in Spectrum Analyzers, backed by solid 4.1-star reviews - β€’ **Multi-Mode Measurement:** Supports S11, S21, TDR & DTF with internal RF switches and IFFT calculations - β€’ **Rapid Scan Performance:** Experience lightning-fast scanning with increased scan points for precision - β€’ **Portable & User-Friendly:** Compact 4" display and intuitive interface designed for seamless field use - β€’ **Ultra-Wide Frequency Range:** Covers 50KHz to 6.3GHz for cutting-edge 5.8GHz WiFi & IoT testing ## Overview The LiteVNA-64 is a portable vector network analyzer featuring a 50KHz to 6.3GHz frequency range, multiple internal RF switches for versatile S11 and S21 measurements, and advanced IFFT calculations for TDR and DTF. Its 4-inch display and user-friendly interface make it ideal for field testing in amateur radio, IoT, and emerging 5GHz applications, including 5.8GHz WiFi and image transmission. ## Description Product Description Review: Product - Very good Review: Awesome instrument thru 6.3+ GHz - If I could give the LiteVNA-64 more than 5 stars, I would. Let me explain… I was having trouble getting my NanoVNA 6.3 GHz analyzer to provide good S11 and S21 above about 4 GHz after calibration. It would have dips in S21 from 4 to 6.3 GHz when using the thru line depending on how tight the connectors were mated, and S11 Smith chart plots outside the unit circle when using a 2cm open line for cal verification. So I bought this less-expensive LiteVNA-64 to see how it would perform. I was just hoping it would work at least as well as the NanoVNA. Fortunately, the unit I received included SMA cables (for thru-cal and DUT interconnects) and SOL standards that appear very well made and to work well to 10 GHz and above. (It turns out that the NanoVNA was actually OK, once I used the high-quality cables supplied with the LiteVNA64 - not sure what cables came with my NanoVNA unit, but the ones I tried didn't work). So now, with a good cal, the NanoVNA and LiteVNA are about the same in performance. BUT, the NanoVNA would not allow me to go above its rated 6.3 GHz. The LiteVNA64 I received does! And the results are amazingly good when pushing moderately above its rated frequency - especially for the price. Through its rated 6.3 GHz range, I found S21 is flat to well under 1dB after cal, and S11 on a Smith chart hugs the outer circle as it should during a cal-verification on the 2cm open-line through 6.3 GHz. Then I calibrated through 12 GHz and found S21 and S11 to be usable thru 8 or maybe even 10 GHz! It’s more noisy, but gives reasonable results within a couple/few dB through at least 7 or 8 GHz. Further experiments suggest the unit is using a fundamental frequency square-wave oscillator to 6.3, and the third harmonic above 6.3 GHz. It seems to employ techniques similar to original HP gear to operate with a harmonic-rich source, but only respond to the harmonic desired. Anyway – no guarantees, but personally I am more than happy with the performance of the unit I received. Besides this over-range performance, it also has a feature-rich menu set and I have not had any significant issues with the battery life, or the lack of a metal case (other than noticing holding the unit will affect S11 readings when I use it above 6.3 GHz). Kudos to the designers and Zeenko for making this unit available at a competitive price. I’m going to think of mine as a 9 GHz unit for my purposes 😊 ## Features - with multiple internal RF switches for S11 and S21 measurements, and IFFT calculations for TDR and DTF measurements. - the LiteVNA-64 now brings faster scanning speeds and more scan points in addition to a wider measurement range - Combined with an easy-to-use interface consistent with the NanoVNA, the LiteVNA-64 can now be easily used as a field test tool. - With a measurement range of up to 6.3GHz, the LiteVNA-64 is capable of meeting common amateur radio and IoT applications, as well as emerging 5GHz testing, enabling the application of the latest 5.8GHz wifi and 5.8GHz image transmission ## Technical Specifications | Specification | Value | |---------------|-------| | ASIN | B09T2LYY65 | | Best Sellers Rank | #65,973 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #13 in Spectrum Analyzers | | Brand | TZT | | Brand Name | TZT | | Colour | Black | | Country of Origin | China | | Customer Reviews | 4.3 out of 5 stars 28 Reviews | | Item Dimensions | 16.5 x 12 x 5.5 Centimeters | | Item Weight | 8.27 Grams | | Item dimensions L x W x H | 16.5 x 12 x 5.5 Centimeters | | Manufacturer | TZT | | Measurement Type | S11 and S21 measurements | | Model Number | Vector Analyzer | | Part Number | 676351449180 | | Power Source | Battery Powered | | Power Source Type | Battery Powered | | Style | Digital | | Style Name | Digital | | UPC | 676351449180 | ## Product Details - **Brand:** TZT - **Colour:** Black - **Item Weight:** 8.27 Grams - **Power Source:** Battery Powered - **Style:** Digital ## Images ![LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display - Image 1](https://m.media-amazon.com/images/I/619f1cBrFtL.jpg) ![LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display - Image 2](https://m.media-amazon.com/images/I/61+bsP7Eb6L.jpg) ![LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display - Image 3](https://m.media-amazon.com/images/I/61QD+Rt7frL.jpg) ![LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display - Image 4](https://m.media-amazon.com/images/I/51jDW8YvXkL.jpg) ![LiteVNA-64 VNA 50KHz-6.3GHz Portable Vector Network Analyzer With 4" Display - Image 5](https://m.media-amazon.com/images/I/61tkg5Toi4L.jpg) ## Customer Reviews ### ⭐⭐⭐⭐⭐ Product *by K***S on 11 April 2025* Very good ### ⭐⭐⭐⭐⭐ Awesome instrument thru 6.3+ GHz *by O***T on 7 April 2026* If I could give the LiteVNA-64 more than 5 stars, I would. Let me explain… I was having trouble getting my NanoVNA 6.3 GHz analyzer to provide good S11 and S21 above about 4 GHz after calibration. It would have dips in S21 from 4 to 6.3 GHz when using the thru line depending on how tight the connectors were mated, and S11 Smith chart plots outside the unit circle when using a 2cm open line for cal verification. So I bought this less-expensive LiteVNA-64 to see how it would perform. I was just hoping it would work at least as well as the NanoVNA. Fortunately, the unit I received included SMA cables (for thru-cal and DUT interconnects) and SOL standards that appear very well made and to work well to 10 GHz and above. (It turns out that the NanoVNA was actually OK, once I used the high-quality cables supplied with the LiteVNA64 - not sure what cables came with my NanoVNA unit, but the ones I tried didn't work). So now, with a good cal, the NanoVNA and LiteVNA are about the same in performance. BUT, the NanoVNA would not allow me to go above its rated 6.3 GHz. The LiteVNA64 I received does! And the results are amazingly good when pushing moderately above its rated frequency - especially for the price. Through its rated 6.3 GHz range, I found S21 is flat to well under 1dB after cal, and S11 on a Smith chart hugs the outer circle as it should during a cal-verification on the 2cm open-line through 6.3 GHz. Then I calibrated through 12 GHz and found S21 and S11 to be usable thru 8 or maybe even 10 GHz! It’s more noisy, but gives reasonable results within a couple/few dB through at least 7 or 8 GHz. Further experiments suggest the unit is using a fundamental frequency square-wave oscillator to 6.3, and the third harmonic above 6.3 GHz. It seems to employ techniques similar to original HP gear to operate with a harmonic-rich source, but only respond to the harmonic desired. Anyway – no guarantees, but personally I am more than happy with the performance of the unit I received. Besides this over-range performance, it also has a feature-rich menu set and I have not had any significant issues with the battery life, or the lack of a metal case (other than noticing holding the unit will affect S11 readings when I use it above 6.3 GHz). Kudos to the designers and Zeenko for making this unit available at a competitive price. I’m going to think of mine as a 9 GHz unit for my purposes 😊 ### ⭐⭐⭐⭐⭐ My biggest fear was that this unit wouldn't work at 5Ghz, but it does! *by C***E on 28 July 2024* I'm using this for WiFi and Drone VTX antenna testing and tuning. This VNA needs to be capable of running at 5.8GHz for it to be useful for that application. So far, my testing has proven this little unit to be valid there, which is awesome. Antennas that I knew were working showed up as expected in the plot. Antennas that I had that were suspect showed bad characteristics in the plot. Pictures are of some quality cloverleaf antennas I made, plotted with this device and the freeware app. One thing I will say bad, and this is really only about the art in general, is that everything is incredibly sensitive. Merely re-torquing the SMA connector changes the tuning up/down by an entire channel. An SMA torque wrench would be much better than just my fingers. ## Frequently Bought Together - LiteVNA-64 VNA Analyzer 50KHz-6.3GHz Portable Vector Network Analyzer Antenna Analyzer 4" Display - AURSINC Filter Attenuator, RF Demo Kit NanoVNA RF Tester Board for NanoVNA-H NanoVNA-F Vector Network Analyzer Kits - DHT Electronics Handheld Antenna Cable SMA Male to UHF SO-239 Female Connectors 6'' Pack of 2 for Amplifier --- ## Why Shop on Desertcart? - πŸ›’ **Trusted by 1.3+ Million Shoppers** β€” Serving international shoppers since 2016 - 🌍 **Shop Globally** β€” Access 737+ million products across 21 categories - πŸ’° **No Hidden Fees** β€” All customs, duties, and taxes included in the price - πŸ”„ **15-Day Free Returns** β€” Hassle-free returns (30 days for PRO members) - πŸ”’ **Secure Payments** β€” Trusted payment options with buyer protection - ⭐ **TrustPilot Rated 4.5/5** β€” Based on 8,000+ happy customer reviews **Shop now:** [https://www.desertcart.tn/products/610067704-litevna-64-vna-50khz-6-3ghz-portable-vector-network-analyzer](https://www.desertcart.tn/products/610067704-litevna-64-vna-50khz-6-3ghz-portable-vector-network-analyzer) --- *Product available on Desertcart Tunisia* *Store origin: TN* *Last updated: 2026-05-30*