SF1

Dominant currency pricing in international trade of services

Retrieved on: 
Thursday, April 25, 2024

Abstract

Key Points: 
    • Abstract
      We analyze, for the first time, how firms choose the currency in which they price transactions
      in international trade of services and investigate, using direct evidence, whether the US dollar
      (USD) plays a dominant role in services trade.
    • JEL: F14, F31, F41
      Keywords: dominant currency paradigm, international trade, services.
    • Related research has
      shown that the US dollar (USD) exchange rate is a major source of swings in
      global trade in goods?a ?dominant currency pricing? (DCP) phenomenon?since
      most goods traded internationally are invoiced and sticky in USD.
    • Yet it is also key to look at dominant currency pricing in international trade
      in services for several reasons.
    • First, global trade in services is big?accounting for
      about a quarter of global gross trade flows and for around 40% in terms of valueadded trade.
    • Third, and relatedly, the
      future of globalisation might be in trade in intermediate services?as progress with
      digitech lowers technological barriers to such trade across borders.
    • But perhaps the main reason is that trade in services is conceptually different
      from trade in goods.
    • Our paper is the first, to our best knowledge, that analyzes how firms choose
      the currency in which they price transactions in international trade of services and
      that examines whether dominant currency pricing differs between trade in goods
      and services using direct evidence? hitherto unavailable?on patterns of currency
      choices in international transactions in services compared to goods.
    • Work on dominant currency pricing has
      almost exclusively focused on trade in goods.
    • One reason is that data on patterns
      in invoicing currency for trade in services are ?virtually nonexistent? (Adler et al.
    • Yet it is important to look at dominant currency pricing in international trade
      in services for several reasons.
    • Using the exporter?s (or producer) currency in exports is known in the literature as producer
      currency pricing (PCP), while using the importer?s currency is known as local currency pricing (LCP)
      and using a third currency is known as vehicle currency pricing (VCP).
    • Our paper is the first, to our best knowledge, that analyzes how firms choose the
      currency in which they price transactions in international trade of services and that
      examines whether dominant currency pricing differs between international trade in
      goods and services using direct evidence ? hitherto unavailable ? on patterns of
      currency choices in international transactions in services compared to goods.
    • First,
      we rule out compositional effects, that is that differences in the use of currencies
      reflect differences in trade partners in services vs. goods trade.
    • Both in extra-EU and intra-EU trade, the EUR is the
      most widely used currency, be it on the export or import side.
    • Based
      on the framework, we stress which factors should determine currency choices in
      international trade, and to what extent one should expect differences between
      services trade and goods trade.
    • Second, it can price in the importer?s currency
      (local currency pricing, LCP).4 Third, it can use a third currency, say currency
      v (vehicle currency pricing, VCP).
    • That is,
      the currency choice problem is equivalent to determining the currency in which the
      desired price is least volatile.
    • (2022)
      provide systematic empirical evidence ? firm size and exposure to foreign currencies
      in imported inputs ? should also shape currency choices in services trade.
    • Dominant currency pricing in USD ? services vs. goods trade
      Having established that currency choice in international trade of services is an
      active firm-level decision as well as the determinants of this decision, we now

      8.

    • Services and goods exports: prevalence of different pricing strategies (percent)
      Notes: The table shows the shares (in value terms) of different pricing strategies: producer currency
      pricing (PCP), local currency pricing (LCP) and vehicle currency pricing (VCP).
    • To make comparisons with goods trade, we rely on Eurostat?s
      macro data on international trade in goods by invoivcing currency.
    • If intra-EU trade is more important in services than
      in goods trade, this could hence be an explanation for the lower prevalence of the
      USD in services trade.
    • We showed
      that while the USD is also extensively used as a vehicle currency in services trade, its
      prevalence is systematically lower than in goods trade.
    • Hence for all travel services exports
      the invoicing currency is the EUR; for travel imports it is the currency of the
      destination of travel (i.e.
    • Also for these

      ECB Working Paper Series No 2932

      33

      services it seems plausible that trade does not take place vis-?-vis all counterparts
      in each currency.

    • Figure B.2: Share of international trade in services in global GDP broken down by type (%)
      Notes: Authors? calculations using World Bank and World Trade Organization data.
    • An earlier version of this paper circulated under the title ?Currency choices and the role of the
      U.S. dollar in international services trade?.

Silanna UV and Marktech Optoelectronics to Demo New UVC LEDs at Photonics West 2024

Retrieved on: 
Tuesday, January 16, 2024

BRISBANE, Australia, Jan. 16, 2024 /PRNewswire/ -- Silanna UV will unveil a new distribution partnership at Photonics West 2024. At the key US event, Silanna will share a booth with experienced US-based manufacturer, Marktech Optoelectronics, to celebrate Marktech commencing distribution of Silanna's cutting-edge 235nm and 255nm UVC LEDs.

Key Points: 
  • Partnering on Better Far UVC and Deep UVC LEDs for Germicidal UV, Chemical Sensing
    BRISBANE, Australia, Jan. 16, 2024 /PRNewswire/ -- Silanna UV will unveil a new distribution partnership at Photonics West 2024.
  • At the key US event, Silanna will share a booth with experienced US-based manufacturer, Marktech Optoelectronics, to celebrate Marktech commencing distribution of Silanna's cutting-edge 235nm and 255nm UVC LEDs.
  • "We are very excited to collaborate with Silanna to expand our UVC product offerings via the Silanna Safe™ UVC solutions product portfolio," said Mark Campito, CEO of Marktech Optoelectronics.
  • Silanna UV and Marktech look forward to meeting visitors at booth #237 at Photonics West 2024 in San Francisco where they can learn more about innovative deep UVC LED and far UVC LED solutions.

Silanna UV to Demo Innovative UV-C LED Water Quality Sensors at AQUATECH 2023

Retrieved on: 
Thursday, October 19, 2023

BRISBANE, Australia, Oct. 19, 2023 /PRNewswire/ -- Silanna UV will demonstrate innovative new technology for detection of nitrates and organic compounds in water at AQUATECH Amsterdam from November 6 to 9, 2023. Contamination of water by nitrates and organic compounds is a growing problem, and regulations to protect the public from this threat are increasingly stringent.

Key Points: 
  • At AQUATECH, Silanna UV will showcase its SF1 series of Ultraviolet LEDs, which are ideal for water purity applications such as nitrate detection, organic compound detection, disinfection, and HPLC chromatography.
  • Silanna UV is a pioneer in developing patented UV LED technology for shorter wavelengths, from 230nm to 265nm, including deep UV-C and far UV-C ranges.
  • At AQUATECH Silanna UV will demonstrate its nitrate-sensing reference design, which uses the 235nm SF1-3U8P3L1 UV LED emitter in a parabolic lens package that produces a quasi-collimated far UV-C beam.
  • Silanna UV invites all visitors to its booth to learn more about its innovative deep UV-C LED and far UV-C LED solutions for water applications and more.

Silanna UV Presents High Power 235nm far UVC LEDs Using New SPSL Technology

Retrieved on: 
Thursday, April 6, 2023

BRISBANE, Australia, April 6, 2023 /PRNewswire/ -- New technology that pushes the boundaries of far UVC LEDs to emit at shorter wavelengths, at higher power, and with longer lifetimes, will be presented by Silanna UV at the International Conference on UV LED Technologies & Applications (ICULTA) in Berlin, Germany from April 23 to 26, 2023.

Key Points: 
  • On April 24, from 10.00-10.30am, William Lee, Silanna UV's Product Development Manager, will give a talk, "High Power 235nm far UVC LED using SPSL technology".
  • The company's SF1 series 235nm and SF3 series 255 nm UV LEDs will be exhibited.
  • This revolutionary UVC LED technology from Silanna UV offers huge advantages for applications as diverse as disinfection, water quality monitoring, gas sensing, liquid chromatography, and chemical and biological analysis.
  • Old-fashioned AlGaN-based far UVC LEDs in general suffer from poor carrier injection, low light emission and high drive voltage, due to the inherit limitations of high Al-content AlGaN.

Silanna UV Highlights Nitrate Sensing Applications of New UV-C LED Technology

Retrieved on: 
Thursday, November 17, 2022

BRISBANE, Australia, Nov. 17, 2022 /PRNewswire/ -- Newly-developed ultraviolet LEDs from Silanna UV are ready to take Nitrate Sensing applications into a new era, promising cleaner and safer drinking water that is free from nitrate contamination. Silanna's SF1 series of LEDs leverage the company's patented short period superlattice (SPSL) technology that provides industry-leading performance and power output in the challenging 230nm-260nm UV range (Far UV-C and Deep UV-C). Silanna now provides a complete reference design for a nitrate detector based on this technology.

Key Points: 
  • Silanna now provides a complete reference design for a nitrate detector based on this technology.
  • As well as nitrate detection, Silanna's SF1 and SN3 UV LEDs are ideal for sterilization, water and gas sensing, instrumentation, and medical analyzers.
  • Silanna UV's innovative approach allows UV LED technology to push toward shorter wavelengths, from 230nm to 265nm, including deep UV-C and far UV-C ranges.
  • With its unique UV LED technology, Silanna UV strives to create new possibilities by pushing UV wavelength boundaries to the limit.

Silanna UV Revolutionizes Far UV-C and Deep UV-C LEDs with New Tech

Retrieved on: 
Wednesday, October 12, 2022

BRISBANE, Australia, Oct. 12, 2022 /PRNewswire/ -- Silanna UV has announced new far UV-C and deep UV-C LEDs that take advantage of the company's patented short period superlattice (SPSL) technology for industry-leading performance in the difficult-to-obtain 230 – 265 nm UV range – including the highest output power in any mass-produced UV LED at 235 nm.

Key Points: 
  • These new LEDs offer the perfect solution for various deep UV and far UV use cases such as sterilization, water and gas sensing, and instrumentation applications.
  • These far UV LEDs are effective for water quality detection of nitrate (NO3) and nitrite (NO2), gas detection and high performance liquid chromatography (HPLC).
  • Silanna UV's innovative approach allows UV LED technology to push toward shorter wavelengths, from 230 nm to 265 nm, including deep UV-C and far UV-C ranges.
  • With its unique approach, Silanna UV strives to create new possibilities by pushing UV wavelength boundaries to the limit.