2022-03-01 14:35:42
Low power GNSS M10

2017-04-12 09:49:38
SARA Series

News
2024-10-14 11:57:44
Electronica 2024 in Munich

Join us at electronica, the largest European electronics expo of 2024,
happening from November 12th to 15th in Munich.


Microdis Electronics is excited to be part of this event once again. We look forward to meeting you, discussing innovative ideas, and being inspired by the latest technologies.


Visit us in Hall B6, Booth B6.460.

Where is it, what is it - take a look: https://electronica.de/en/

 

 



2021-07-05 08:24:54
The new SARA-R42x, supporting LTE Cat.M1, NBIoT and 2G, has reached IP status

The latest u-blox cellular modules, the SARA-R42x family, supporting Cat.M, NBIoT and 2G technologies with optional built in GNSS, have reached Initial Production status.

All ES2 units may be upgraded to the new, full of features and improvements, version.

 

The SARA-R422M8S introduces an innovative approach to the GNSS and Cellular implementation within one module. The positioning chip being an independent, full-fledged u-blox M8 chip, which allows simultaneous operation of both, GNSS and Cellular, technologies. Such approach allows the SARA-R422M8S to keep the parameters and performance, as if it were two separate modules.

 

For details, upgrade files and instructions please contact ubloxFAE@microdis.net.
We will be happy to support you and provide complete information by our sales network.

More information is available on the manufacturers webpage: SARA-R4 series


2020-06-09 10:32:32
Overstock sale, Lighting LEDs & COBs
Due to stock clearing, we would like to offer our customers the opportunity to buy quality products, at attractive prices.
The components are made by one of the most known manufacturers in the world - LG Innotek.

Complete list, with prices, is available in the following file: lg special offer.pdf
Please ask our sales team about the conditions: led@microdis.net

2020-05-21 14:16:22
LTE Cat.M 20dBm or 23dBm modules ?

LTE Cat.M or Cat.NB (NBIoT) standards use tailored trasmission schemes, timers and retransmissions. Low cost solutions provide RF transmission power reduced to 20dBm, other modules offer 23dBm, is it a big difference ?

 

Worse coverage needs more retransmissions, each one costing a chunk of precious energy. Does reducing the Tx power by half (that's 3dBm) from 23dBm to 20dBm make battery lifetime shorter ?

 

Does it make sense to pay a little more for LTE Cat.M modules with more Tx power ?

More for this discussion can be found in the posts:
Why industrial IoT needs 23dBm transmission power

Ten years NBIoT on a single battery







2018-04-17 12:08:09
Epson P-SPXO interactive configurator available now!

We are delighted to inform that Microdis has launched on-line sales of Seiko Epson programmable oscillators (P-SPXO). Interactive on-line configurator is now available under:


  

 

This service allows you to configure and buy Epson products in three easy steps:

  • Choose series of products
  • Choose one of the available footprints
  • Define electrical parameters

 

P-SPXO provides flexibility for board-level designs. With 24-hour delivery, programmable oscillators are ideal for supporting standard and non-standard frequencies and quick frequency experiments for rapid prototyping. Prototypes can easily be converted to pin-compatible Epson fixed-frequency oscillators for production volumes.the 


Enjoy 24h delivery now!


2019-11-21 14:17:52
Business Gazelle 2018 for Microdis

 

 

 

Microdis Electronics Sp. z o.o., which serves also as the Logistic Center for Microdis Group, has been once again awarded the prestigious Business Gazelle Award for 2018, marking the third consecutive year of proven stability, and constant growth of our business and our staff. 

 

Microdis Electronics Sp. z o.o. has received the Business Gazelle for
2006, 2007, 2015, 2016, 2017 and now for 2018.

 

We would like to thank all of our partners and employees who have made it possible.

 


2017-10-13 11:06:05
New delivery address

We are happy to inform that from October 16th our Logistic Center has been moved to a new location.

 

 

Please be aware that from that day onward the delivery address is:


Microdis Electronics GmbH

c/o Microdis Electronics Sp. z o.o.

ul. Strzelinska 17

55-010 Zerniki Wroclawskie – Poland

 

 











2017-03-16 19:58:36
New ADR approved automotive cables from MediKabel

ADR is a European Directive which regulates the international transport of hazardous goods, e.g. fuel or other explosive materials on the road. The cables that are mounted in these vehicles have to comply with certain requirements.

MediKabels new customized ADR approved FLRYY cables fulfill these special conditions of hazardous material transportation.

Download the flyer with more details 







2015-05-26 14:42:43
Award for Microdis Bulgaria
Award for Microdis Bulgaria

Microdis Bulgaria for ethics in business

and impeccable reputation among customers and partners received

Correct Company Certificate.pdf

We are very glad that our model of business is also appreciated by our partners in Bulgaria.


2014-08-11 14:03:11
25th Anniversary of Microdis Group







2012-03-30 20:05:24
LEON-G100 & LEON-G100 certified in Ukraine

LEON-G100 LEON-G200 GSM Certificate in Ukraine 

Family of GSM/GPRS modules produced by well known swiss manufacturer u-blox has been certified in Ukraine.

 

LEON-G100 and LEON-G200 are officially approved to be used in the GSM network in Ukraine.



2011-07-15 08:38:17
CellLocate - positioning even without GPS signal introduced by u-blox

CellLocate u-bloxu-blox - swiss expert in positioning technologies - has embedded cellular positioning technology CellLocate into its LEON (2G) and LISA (3G) families of wireless modules.

 

CellLocate can be used together with GPS/Glonass/Galileo receivers - to estimate position when GPS signal is blocked (in the garage, tunnel, inside the building) or jammed (using jammer). Moreover, accuracy is high enough for many applications, where CellLocate can be used alone, saving the cost of GPS/Glonass receiver. 

 

More details can be found by clicking the link: CellLocate article.pdf