Markscheider (MARK) ICO Rating, Reviews and Details

TBA

Token Details

Ticker

MARK

Accepted Currencies

ETH, BTC, LTC

Company Details

Registered Country

Russia

Additional Details

About Markscheider

The Markscheider company plans to create a full production cycle from research to production, logistics and service.

We have a clear understanding that we are starting a very complex and ambitious project. And for a project of this complexity, there are needed modern production facilities, that can produce highend products. At the moment there are not so many enterprises in Russia, that can accomplish such a task. Perhaps, only the defense complex of our state is capable of doing something like this, both physically and technologically.

In our case, it was a perfect solution to place our production at the best Russian enterprise to produce the industrial electronics.

Capability:

development and design of industrial electronics products;
production of printed circuit boards up to and including 5 accuracy class, including multilayer printed circuit boards;
surface (SMT) and terminal (TNT) mounting, including BGA-elements;
acquisition of the products by radio components of foreign and domestic production;
galvanic and paint coatings, laser marking; in-circuit and functional control, tuning;
in-circuit and functional monitoring, tuning;
X-ray and tomography;
washing of printing units;
moisture protection of electronic components with varnishes and filling with compounds;
hull assembly of electronic knots of various complexity levels.

Markscheider Roadmap

IV quarter 2017

Preparatory works.
Patent research. Conducting patent studies in accordance with GOST R 15.011-96 Markscheider B29 and Markscheider L1200 products on the existing chip 16 Nm. According to the research results, a report on patent research will be prepared and a patent document will be issued.
Development of TOR, MS. On the basis of the report on patent research, a term of reference (TOR) and a dimensional drawing (MS) for future products are developed.

IV quarter 2017 - I quarter 2018

Design work.
Development of design documentation on the miner system.
· Preparation of documentation (DataSheet) and UGO for all applied electronic products for miners.
· Development of libraries in CAD R-CAD on miners.
· Development of schematic documentation for miners and technical requirements for the printed circuit boards development.
· Development of the project TU, PM for installation of the miners.
· Development of instructions for verification.
· Development of accompanying and operational documentation.
Development of design documentation for assembly samples and their manufacture (8 pieces).
· Development of the requirement for mathematical models.
· Provision of a complete set for the manufacture of assembly samples.
· Development of mathematical models and design documentation for assembly samples.
· Ordering and provision of body parts manufactured by prototyping.
· Preparation of assembly samples (8 pieces).
Development and manufacturing of engineering prototypes (2 pieces).
· Development of schematic documentation and those. Requirement for wiring printed circuit boards of engineering prototypes.
· Development of design documentation for engineering prototypes (printed circuit boards, assembly drawings, specifications, drawings for topology).
· Provision of a set of engineering prototypes.
· Production of printed circuit boards for engineering prototypes.
· Assembling engineering prototypes in the ML OKB GP.

I quarter 2018

Software development and testing.
Development and debugging of software for the miner management system.
· Preparation of debugging tools for the study and maintenance of software on the miner system.
· Software development for the system.
· Debug software on the system.
· Development of software documentation for the system.
Production of functional samples (31 pcs.)
· Provision of a set of functional samples.
· Manufacturing of printed circuit boards.
· Provision of body parts, made by prototyping.
· Assembling electronic modules of functional samples in an experienced design bureau (31 pcs.). Assembling in cases 3 pcs. or testing mechanical effects.
· Programming, testing of operability, tuning of electronic modules of functional samples, assembly into cases (28 pieces).
10 web: markscheider.io; mail: [email protected]
Tests of functional samples.

II quarter 2018

Manufacture preparation.
Mass production.
Work on the transition to the technical process of 7 Nm and immersion cooling.