Hardware

Sitronics Group manufactures
high-tech servers for secure
big data storage and analysis,
as well as for cloud computing
and complex architecture
development.

Sitronics servers enable both private
businesses and state-owned companies
to create in-house information infrastructure.
The servers support flexible configuration and
are compatible with various operating systems.

Production

Full production
cycle
in Russia

The entire manufacturing process runs at a factory in Novosibirsk

Manufacturing
of metal cases
Mounting of motherboards
and expansion cards
Installation of initial
boot software (BIOS)
Assembly

Quality

Quality of equipment
is our top priority

Each server is subject to double quality control: motherboards are tested at the manufacturing stage, and then the assembled server is tested over the course of 20 hours.

30
thsd

servers are manufactured by Sitronics Group annually

Sitronics equipment is compatible with Russian software and software of world’s major companies

All Linux-like operating systems also run smoothly on Sitronics servers

Sitronics servers can be outfitted with two highly energy-efficient Intel Xeon® scalable processors that support smart operation and maintenance functions.

The servers are also equipped with two hot-swap power supply units.

Documentation
and Certificates

Declaration of Conformity ‘On Restricted Use of Hazardous Substances’ of the Eurasian Economic Community Customs Union
Declaration of Conformity ‘On Safety of Low-Voltage Equipment’ of the Eurasian Economic Community Customs Union
Environmental Assessment Certificate
Red Soft Compatibility Certificate
Sitronics Communications Certificate
BAUM сompatibility сertificate
Raidix сompatibility сertificate
RDP сompatibility сertificate

Patented
technologies

Dynamic Energy Management Technology (DEMT)
Fault Diagnostic
Management (FDM)

Affiliate programme

Learn more

Servers

Sitronics Server SRH1221 v5

Description

For high-performance computations, virtualization and analysis of big data. The model features high-denisty deployment with low operating costs.

Specifications

1U rack-mounted server
Two Intel Xeon® scalable processors
24 DDR4 DIMM modules
HDD, SSD, NVMe storage drives
Download specifications Технические характеристики PDF 81 KB

Sitronics Server SRH2221 v5

Description

For virtualization of cloud computing, storage, and processing of big data.

Adaptable model integration with existing IT infrastructure and easy building of new infrastructure reduces operating costs and improves return on investment.

Specifications

2U rack-mounted server
Two Intel Xeon® scalable processors
24 DDR4 DIMM modules
HDD, SSD, NVMe storage drives
Download specifications Технические характеристики PDF 73 KB

Sitronics Server SRH5221 v5

Description

For building complex architectures, handling, and ensuring security of critical data.

Specifications

4U rack-mounted server
Two Intel Xeon® scalable processors
24 DDR4 DIMM modules
HDD, SSD, NVMe storage drives
Download specifications Технические характеристики PDF 75 KB

Warranty
and service
support

PHONE
8 (800) 25-0000-6
toll free calls across Russia
Service centre address
32k31 Volgogradsky Prospekt, Moscow, 109316, Russia
Basic

Phone support 8/5 MSK

Spare parts shipment
from the warehouse in Moscow NBD

Equipment repair at the manufacturer’s service centre

Standard

Phone support 8/5 MSK

Spare parts shipment
from the warehouse in Moscow NBD

Engineer on-site visit NBD

Premium

Phone support 24/7

Spare parts delivery
from the local warehouse NBD

Engineer on-site visit NBD

Aerospace
systems

Sitronics Group manufactures satellites and space equipment, manages spacecraft in orbit, and renders services based on satellite data processing

Satellites and systems in orbit

SXC1 platform-based satellites

The SXC1 nanosatellite platform is a set of spaceborne service systems and structural elements for developing a CubeSat 1U small satellite. The device can be operated as a laboratory educational mockup and a research satellite in near-earth orbits.

 

Mass production of the satellites is established.

March 22, 2021

The KSU-1 spacecraft belonging to foreign party launched into orbit

Platform dimensions

108 × 108 × 113,5 mm

boundary dimensions with separation system locked and antenna assembly folded

108 × 108 × 113,5 ± 1 mm

boundary dimensions measured along the guides with separation system locked

Platform weight

capped to 1.3 kg

maximum permitted weight including payload

capped to 0.9 kg

operational weight excluding payload

Modifications

Project-specific modifications are supported

Experimental
Assembly and setup of service systems
Flight
Assembly and setup of service systems
Set of mechanical tests: mechanical and thermal vacuum tests
Basic functional tests: power supply system, radio communication system, speed damping system

SXC3 platform-based satellites

The SXC3 nanosatellite platform is a set of spaceborne service systems and structural elements for developing a CubeSat 3U small satellite. The device can be operated as a laboratory educational mockup and a research satellite in near-earth orbits.

 

Mass production of the satellites is established.

March 22, 2021

Three SXC3 platform-based spacecraft are launched into orbit: Russian CubeSX-HSE and CubeSX-Sirius-HSE satellites, and a foreign-party Challenge-One spacecraft

Platform dimensions

108 × 108 × 340,5 mm

boundary dimensions with separation system locked and antenna assembly folded

108 × 108 × 340,5 ±mm

boundary dimensions measured along the guides with separation system locked

Platform weight

kg

maximum permitted weight including payload

1.4 kg

operational weight excluding payload

Modifications

Project-specific modifications are supported

Experimental
Assembly and setup of service systems
Flight
Assembly and setup of service systems
Set of mechanical tests: mechanical and thermal vacuum tests
Basic functional tests: power supply system, radio communication system, speed damping system
Profi
Assembly and setup of service systems
Set of mechanical tests: mechanical and thermal vacuum tests
Basic functional tests: power supply system, radio communication system, speed damping system
Comprehensive functional tests: power supply system, radio communication system, speed damping system, SOS
Set of solar panels with gallium-arsenide photovoltaic cells
Three-axis stabilization and orientation system
Payload developer’s package

SXC6 platform-based satellites

The SXC6 nanosatellite platform is a set of spaceborne service systems and structural elements for developing a CubeSat 6U small satellite.

 

Despite the compact size (10х20х30 cm) of the 6U satellite and a weight of only 8.5 kg, the spacecraft carries an experimental ERS camera with a high resolution of up to 6 metres per pixel.

March 22, 2021

The Russian private satellite for Earth remote sensing named OrbiCraft – Zorkiy was launched into orbit. It is an innovative ultra-compact satellite based on the OrbiCraft-Pro SXC6 platform, which is the next generation of CubeSat systems after the SXC1 and SXC3 platforms.

Platform dimensions

108 × 108 × 340,5 mm

boundary dimensions with separation system locked and antenna assembly folded

108 ± 0,15 × 108 ± 0,15 × 340,5 ±mm

boundary dimensions measured along the guides with separation system locked

Platform weight

capped to 12 kg

maximum permitted weight including payload

capped to 3,4 kg

operational weight excluding payload

Modifications

Project-specific modifications are supported

Basic
Storage battery-based power supply system
VHF-transceiver with a patch antenna
Angular velocity damping electromagnetic system
SOS
Stabilization and Orientation System
Backed-up storage battery-based power supply system and foldable solar panels
Backed-up VHF-transceiver with a patch antenna and foldable dipole antenna
Backed-up angular velocity damping electromagnetic system
Backed-up SOS control unit with a set of sensors
Partially-redundant flywheel engine block
Set of solar sensors
ERS
Earth Remote Sensing
Backed-up storage battery-based power supply system and foldable solar panels
Backed-up VHF-transceiver with a patch antenna and foldable dipole antenna
Backed-up angular velocity damping electromagnetic system
Backed-up SOS control unit with a set of sensors
Partially-redundant flywheel engine block
Set of solar sensors
Star sensor
Backed-up GNSS-receiver with patch antennas
Remote enhanced accuracy sensor unit for SOS
High-speed X-band transmitter with a patch antenna

AIS satellites

The satellites are based on CubeSat 3U technology and equipped with AIS onboard equipment.

 

Planned constellation: up to 70 spacecraft

2nd quarter of 2022

launch of seven spacecraft with AIS

Information reception

The AIS onboard equipment is designed to receive various types of information from shipboard stations

Static information
Name
Ship class
Call sign
MMSI number
IMO number
Dimensions
Dynamic information
Location
Speed over ground
Course over ground
Angular velocity
Course
Voyage information
Destination
Depth
Estimated time of arrival
Navigational status

The received data pass through the filtering unit and are recorded in 8–16 Gbit/s memory in two formats: filtered and non-filtered. Then, the data are transmitted to Earth during communication sessions.

Up to 5,000 messages (16 messages per second) and up to 1,000 vessels are detected during one activation of the receiver.

Components of onboard equipment
Onboard recorder
Collision filtering unit
AIS-P receiver

microsatellite platform

microsatellite platform Pallada

The Pallada platform is being developed to create a small-sized universal satellite platform that can be used for remote sensing of the Earth and, in the future, for providing space communication services and for research purposes.

Platform payloads

Radar
Radar
Purpose
All-weather monitoring under zero optical visibility. Priority: Northern Sea Route
Communication
Communication
Purpose
Internet of Things, intersatellite communications, carbon footprint monitoring

Smart watch

Sitronics Smart Watch is a Russian-made smartwatch designed to ensure the safety and monitoring of employees. The watch can be used as a standalone baseline tracking device, or it can collect additional information from plug-in modules.

Smartwatch
Carbon monoxide measurement unit
Network of beacons
Web- and server platforms

System capabilities

01

Occupational health and safety

The watch monitors heart rate and body temperature, and notifies the employee and operator of concentrations of carbon monoxide that exceed permissible limits

0–300 beats per minute

Heart rate measurement range

0–10,000 ppm

CO measurement range
02

SOS signal

Using the watch, an employee can send an SOS signal to the operator in case of emergency

GPS, Galileo, GLONASS, 
BeiDou

Navigation

GSM, NB-IoT

Cellular standards

BLE

Wireless data transmission system
03

Monitoring
employees

The operator monitors if employees are present at their workplaces

04

Task
management

The operator distributes employees across facilities and assigns individual tasks that appear on the watch display automatically

05

Result
monitoring

The system monitors
task completion time
and rates the results

06

Employee
card

The operator can view information on employees: schedule, personal data and task status

Advantages of the system

Flexible modular
platform

Smartwatch functions can be combined depending on the customer's needs

LTE, NB-IoT, LORA, Wi-Fi
Various types of data transmission modules
More functions
in a single solution

The Smart Watch incorporates all the main functional advantages of existing solutions. The watch also features a working time tracking system that can be used to calculate salaries and bonuses automatically

Production
cycle in Russia

All documentation for the products and software is developed in-house, which gives additional advantages over counterparts:

Quick integration of Sitronics Smart Watch into the customer’s existing infrastructure
Capability to introduce modifications to product design and software

Devices

Carbon monoxide concentration measurement unit

Specifications

Communication: Bluetooth
СО level measurement and issue of SOS signal
Location finding

Smart watch

Specifications

Communication: GSM/GPRS, Bluetooth
Measurement of heart rate and body temperature
Reception of tasks, messages, alarm signals and reminders
Transmission of SOS signal
A unified information platform for monitoring all indicators, with the option to assign tasks and exchange messages
Generation of reports on completed tasks for accounting of salaries and bonuses
Download specificationsТехнические характеристики PDF 63 KB
Contents list